Polycom conference telephone system deliver superb voice quality, expansive microphone pickup, advanced audio processing, and all the features that make conference calls seem as natural as being in the same room. Polycom Conference System in Dubai.
Polycom conference telephone system are the industry standard and a fixture in meeting rooms worldwide. These phones:
- Ensure everyone can be clearly heard, making meetings shorter and more productive
- Enable seamless conversations.
- Deliver 360-degree microphone pickup and other group voice capabilities
- Boost meeting productivity in an affordable and effective way
Why Polycom video conferencing?
Polycom video conferencing system from us helps you to make low-cost conference calls while you increase productivity. Polycom Video Conferencing Solutions UAE brings out the best of audio and video at one place. The solutions are planned and designed in such a way that it enriches the meeting in a much-refined way. The systems can organized in boardrooms, large conference rooms, classrooms and other meeting rooms.
Polycom Telephone system in Dubai
Poly Studio E70
Poly Studio Large Room Bundle for Zoom Rooms
Poly Studio Large Room Kit for Microsoft Teams Rooms
Poly Studio Medium Room Bundle for Zoom Rooms
Poly Studio Medium Room Kit for Microsoft Teams Rooms
Poly Studio R30
Poly Studio Small Room Bundle for Zoom Rooms
Poly Studio Small Room Kit for Microsoft Teams Rooms
Poly Studio X30
Poly Studio X50
Poly Studio X70
Poly Sync 40
Poly Sync 60


A Smart Measuring Device to Help Young Professional Women find Clothing that Fits Them Best
Personal Objective: To design and rapid prototype the circuitry necessary to send measurement information using Bluetooth Low Energy to a phone, in order to use that information in the future to select the best-fitting dresses, pants, and shirts for professional women who are shopping online.
Skills learned: Soldering, Arduino implementation, Bluetooth Low Energy incorporation, and Material Selection of Parts
Additionally, Early-stage product design, customer validation, and product prototyping experiences were integral to the project.
In the image above, the final circuit of this project's prototype is presented and is explained further below.
Check out this PDF for more information about the project by clicking here.
The complete code can be found here, written in Arduino.
The image to the right shows the final circuit of this prototype.
On the upper right, a Bluetooth Low Energy (BLE) chip made by Adafruit was configured to send messages to a cell phone with the Adafruit-supported BLE app installed.
In the top of the image, a push button (attached to a wooden dowel for easier pressing) signaled when a measurement was to be sent.
On the left of the image, a rotary switch was implemented to select the measurement that the user was taking. The options for neck, waist, wrist, arm length, chest, and inseam were incorporated here.
In the center of the image, an Arduino Mini was used to drive all of the action.
On the bottom right of the image, an LED was used to indicate measurements that were successfully sent, currently sending, or failed to send.
On the bottom right of the image, a buzzer was used to indicate when power was turned on or off.
The image to the right shows the works-like prototype of this project.
In the top of the image, the Arduino Uno board is shown, with the various pins connected to the switch, the RGB LED, the Adafruit BLE chip, a pushbutton, and the rotary encoder inside of the tape measure on the upper right.
I prototyped the device on a breadboard primarily, with the jumpers wiring everything together.
To develop the works-like model, I added each component one-by-one, increasing the usability of the device with each iteration.
Once the first component was correctly tested and verified to work, I would move on to the next one. In this way, the project grew in scope and capability over time, with as minimal downtime or time spent debugging as possible.
When the prototype was complete, I moved everything to the final circuit board. After determining how many pins were needed, I chose the Arduino Mini as the MCU and soldered it and the remaining components to the board.
The image to the right shows the rotary encoder housed inside of a tape measure.
One of my team members created this part of the project, which is included here to form a complete picture of the project.
He redesigned the tape measure by adding a rotary encoder as the release mechanism of the tape and swicthing out the tape istelf for a more skin-friendly one, keeping only the housing the same.
As the tape is released, the spool of tape gets smaller, meaning that less tape is released per rotation of the rotary encoder.
By using an equation relating the position information to the size of the spool, he could accurately pick out how far the tape was released.
In the center of the image, the three leads coming out of the encoder are shown.
They go to the Arduino MCU, which uses their information to register the length of measurements.
Once that length is obtained, it is sent via Bluetooth Low Energy to a cell phone - that's the part that I worked on!


Table of contents
“Looking for a podcasting microphone? No worries, check out this article that will tell you about what is the best podcasting microphone.
Alright, so you are buying a microphone to use with your podcast or for any other reason. One of the things that is specified on every microphone is the connector that you will use to connect it to your recording device. In general, you need to decide between a USB or XLR microphone. First, let’s see what are the criteria that will allow us to find the best microphone for you:
- Ease of use. We want to make it as easy as possible for you to use your microphone. At the end, every connector is of course just plug and play, but the kind of connector that your microphone is going to have will still determine where and how you can use it.
- Quality of the sound. Probably the most important criteria, we want your podcast (or anything else you will record) to sound crisp and without any ambient sound. We will find the best microphone for you.
- Flexibility. When you buy a microphone you want to be able to connect it to a variety of devices. You can record with your phone, with your computer, or with a dedicated recording device. Even more, you will maybe want to connect your microphone to a mixer. Well, the connector is the thing that will decide what you can use.
- Price. The price can depend also on the type of connector of the microphone.
Now, let’s look into what are the two types of microphone connectors:
XLR connector – Benefits and drawbacks
This is the kind of a connector that you can see on “professional” microphones. The theory behind this connector is that it transfers the audio in an Analog version from the microphone to the mixer. That means that the microphone does not need to transform the audio to the digital version. This is all done by the other components of the recording set-up.
- Quality of the sound
Does the XLR microphone record a better sound than the USB microphone? There is no right answer to that. As said, the microphone just captures the sound and transfers it. So the quality of the sound is more dependent on the quality of the microphone not really on the way how the data is transferred. On the other hand, analog is better, right? Well, still not sure. There are great microphones out there, that will create an excellent sound with a USB connector.
The XLR connector is big and sturdy. Because of that, if you are using it in an outdoor setting, it can last longer, because it can take a hit or two. On the other hand, if you want top-notch sound, you want to still take care of the plug, because the more you punish it, the more it will punish your sound.
- Impact on the wallet
XLR microphones are usually a bit pricier (or at least their price starts higher) and you will need a mixer to plug it in. You can’t really plug an XLR microphone into a computer or an iPhone. So that means you will buy a more expensive microphone and a mixer. Your wallet will take a hit.
A USB microphone
- Quality of the sound
A USB microphone will capture the sound and change it into the digital variant and send it to a recording device. Does that mean that the quality of the sound gets lost? Well, the transition from analog to digital by itself does not really mean that quality needs to be lost (at least most of the people believe that – I’m looking at you, vinyl fans). And when sound is transferred digitally this also does not mean that there will be lost on the way. There can be, but in the same way as if you transfer analog sound. The quality of the microphone is an important question and not how it is connected to the recording device.
Well yes, if you step on a USB connector, you will probably crush it. But generally, just don’t do that. We have USB devices around us for years and they work, right?
USB microphones can be cheaper, but usually not because they are USB connected, but because they have a lower quality of the microphone itself. There are expensive USB microphones out there, and you can go ahead and buy one. And there are great quality USB microphones out there that you can buy, so it is still your choice.
Why I feel that XLR is viewed as better:
This is my personal opinion. But when I started my first job as a “journalist” (I was 15 at that time, I was not really a journalist yet), all the equipment was connected via an XLR. And is still in that studio. And I feel that this is why people see XLR as something better. Concerts and TV and radio studios have been using them since forever because there was no other alternative. And still use them, because if they would want to switch they would have to change all their equipment.
On the other hand, they already use digital microphones, just look at all the microphones that are clip-on. Those are not directly connected to the mixer with an XLR. So obviously we can use digital microphones.
Source of images:
By No machine-readable author provided. Mxp assumed (based on copyright claims). – No machine-readable source provided. Own work assumed (based on copyright claims)., CC BY-SA 3.0, https://commons.wikimedia.org/w/index.php?curid=175843
Zephyris at the English language Wikipedia [GFDL (https://www.gnu.org/copyleft/fdl.html) or CC-BY-SA-3.0 (https://creativecommons.org/licenses/by-sa/3.0/)], via Wikimedia Commons”


F. Clemente, M. Romano, P. Bifulco, G. Faiella, M. Molinara, M. Cesarelli
The Electrical Impedance Spectroscopy (EIS) measurements, in addition to being used for research purposes, are increasingly spreading in clinical setting. Thanks to the improvement of electronic and information technology, the necessary equipment is becoming increasingly simple and small, suitable for example for home care applications. In this work, the characteristics of a smartphone based system for impedance measurements are described. Besides, it is tested its reliability by measuring resistors of known values which fall in the range of bioimpedance. The proof demonstrator, here assessed, consists of a prototypal analogic, low-power chip capable of performing impedance measurements at different frequencies, a hardware support for the connection with a standard smartphone and an application properly developed. After its final validation, the proof demonstrator could be useful to design wearable devices for sport and consumer electronic.
A file of this publication is available for download , for
personal use only . Click on the download button and enter your
email address in the box . You will receive an email with
instructions to proceed to download


Assistance for Individuals Who Are Deaf/Hard of Hearing – CAP ASL VLOG
December 14, 2019
Hello. My name is Karen Grewal of the Computer/Electronic
Accommodations Program (CAP). Do you know what types of assistive technology (AT)
CAP provides to federal employees of the Department of Defense and federal partnering agencies
who are deaf or hard of hearing? In this video I will briefly explain products commonly provided
by CAP for those who are deaf and hard of hearing, including: Assistive Listening Devices
(ALDs), Amplifiers, Communication Devices, and more.
1. An Assistive Listening Devices or ALD may be used by employees who have difficulty
hearing accents, distinguishing between female or male voices or specific vocal tones. ALDs
may help improve listening skills when communicating with supervisors, co-workers, or presenters
during meetings. Those who wear hearing aids may benefit from an ALD that supports hearing
aids with Telecoil features. 2. An Amplified Telephone is another product
that provides volume amplification and control for employees who have difficulty hearing
conversations via telephones. All amplified telephones must be agency approved.
3. Video Communication Devices are also available for employees who need to communicate by phone
using sign language. These devices enable the user to sign directly into the camera
and can connect directly to another video communication device or can connect to a relay
service to facilitate better communication to hearing individuals.
4. Captioned Telephone Devices allow the deaf or hard of hearing individual to use his or
her voice while on the phone and read words on a screen to supplement missing words during
a phone conversation. 5. Deaf-to-Hearing Communication devices are
provided for employees who need to communicate with individuals who are not familiar with
sign language or do not have access to an interpreter. (This does not replace interpreters
completely for meetings that last more than one hour.) The user types their message and
it appears instantly in text on screen allowing seamless communication between deaf and hearing
individuals. You can learn more about accommodation solutions
for employees on our website at www.cap.mil under the “Accommodation Solutions” webpage
tab. There you will see a list of various technologies that may assist federal employees
with disabilities in performing a variety of essential job functions.
For more information, please contact CAP at (703) 614-8416 (Voice) and via email at [email protected] Thank you.


Are you looking for a way to enjoy your music on your flight but worried about bringing your bulky Bluetooth speaker? Don’t worry! This ultimate guide will tell you everything you need to know about bringing a Bluetooth speaker on a plane.
Wired speakers can go with you without any restrictions as long they fit in your baggage. On the other hand, if the speaker uses lithium batteries, a Bluetooth speaker with a 100Wh or less battery is ideal.
We’ll cover all the restrictions in flight and some tips for making your travel experience go more smooth as possible with your portable bluetooth speaker. Keep reading for more information!
What is a Bluetooth speaker and how does it work
A wireless Bluetooth speakers is a device that allows you to listen to music and audio content wirelessly using Bluetooth technology. Bluetooth speaker work by receiving a Bluetooth signal from your mobile device or computer, typically via Bluetooth headphones or earbuds. The speaker then converts the digital audio data into an analogue signal and sends it to one or more internal speakers, producing high-quality sound.
wireless speakers can be used anywhere with an available Bluetooth connection, making them ideal for travel and outdoor activities like camping or picnics. In addition, many Bluetooth speakers also offer additional features like wireless charging and hands-free calling capabilities. Overall, Bluetooth speaker are incredibly versatile devices that allow us to enjoy music wherever we go.
Why are Lithium ion Batteries Not Allowed on Airplanes
lithium ion batteries are commonly used in various electronic devices, from phones to laptops. However, lithium batteries are not allowed on aeroplanes due to their risks. There are also concerns about the lack of regulation from many manufacturers and even a potential safety risk. Some of these devices could potentially be dangerous if misused.
Lithium batteries are not allowed on aeroplanes because. Lithium batteries are highly flammable, and if they catch fire, they can be difficult to extinguish. In addition, the heat generated by a lithium battery fire can cause the release of harmful chemicals. For these reasons, lithium batteries are strictly prohibited by the FAA. While this may be inconvenient for travellers, it is essential for safety.
With the recent changes in airline rules, it’s important to know whether you can pack your electronic device onboard like portable bluetooth speakers on checked luggage.
There are two different types of baggage that we all have: carry-on and checked-in bags. However, this doesn’t mean they’re prohibitively expensive for packing my gadgets into! The rule of thumb is that if an item is small enough to fit in your carry-on bag and it’s not a lithium ion battery (rechargeable batteries), then you’re good to go.
Use Packing Cubes to Organize your Electronics
Packing cubes are an absolute lifesaver when it comes to packing electronic devices. They keep everything organised, but they also protect your devices from being damaged in transit. I highly recommend investing in a few good packing cubes if you plan on travelling with electronic devices.
Use checked-in bags
If you plan on packing your Bluetooth Speaker in the checked luggage, make sure to put it into a hard case and not just any old box. This way when security goes through during screenings, they won’t find anything interesting with regards to its functionality or how big of portable speakers we’re talking about here so no need for alarm!
Use carry-on bags
Airlines typically allow small, lightweight speakers in carry on luggage and checked bags. However, check with your airline before packing to be sure. Some airlines only allow iPod or iPhone compatible speakers, which means you’ll need a docking station (that’s right, you can plug your speaker into something!) to use it.
Can I use Bluetooth speakers on the plane?
portable speaker are becoming increasingly popular, but can they be used on aeroplanes? The short answer is yes and No, at the same time like you can bring our Bluetooth speakers with you. However, there are a few things to keep in mind. First, Bluetooth speakers must be turned off during takeoff and landing. Second, Bluetooth speakers cannot emit a sound that is audible to other passengers.
This means that the volume must be kept at a reasonable level, and the speaker should be placed away from others. Finally, Bluetooth speakers must be powered by batteries; they cannot be plugged into the aeroplane’s electrical system. With these guidelines in mind, you can enjoy your music or audiobook on your next flight without disturbing your fellow passengers.
Can I use a subwoofer on a plane?
Many people are hesitant to bring Bluetooth speakers and personal electronic devices on a plane because they worry about potential interference with other electronics. However, there is no evidence that Bluetooth speakers cause interference and in many cases they are even helpful because they can provide audio entertainment when there is no cell phone service available. in that cases you can use your carry bluetooth speaker on a plane.
Unfortunately, most airlines don’t allow electronic devices in the cabin, including Bluetooth speakers and subwoofers. However, there are a few exceptions from airport security. For example, American Airlines allows Bluetooth speakers and headphones in carry-on and checked bags. And JetBlue lets passengers bring one device with up to 50dB of sound into the cabin (but not onto the plane), which includes some Bluetooth speakers. (If you’re looking to bring your device onto a plane, check out our guides for how to keep it safe in checked and carry-on bags.
Can You Use Wireless Headphones On A Plane?
With more and more people using Bluetooth headphones, the question of whether or not you can use wireless headphones on an aeroplane as it has become increasingly relevant.
Bluetooth headphones use radio waves to connect to your device, and while most devices are designed to prevent interference with aircraft communications, there is always the possibility that Bluetooth signals could interfere with sensitive equipment on a plane.
For this reason, many airlines do not allow the use of Bluetooth headphones during takeoff and landing. However, if you have wireless headphones that do not use Bluetooth like using wired headsets, you should be able to use them during all phases of flight. So if you’re planning on using headphones on a plane, it’s best to stick with a wired or wireless option that doesn’t rely on Bluetooth technology.
You may be wondering if you can bring your Bluetooth speaker on a plane. The answer is yes, you can! There are many different ways to use your wireless speaker during your flight. Whether you want to rock out to some music or take a nap and listen to white noise, your Bluetooth speaker can come in handy while travelling.
If you want to use your speaker while the plane is in flight, check with the airline first to see if they have any restrictions. And just make sure that you keep the volume at a reasonable level so that you don’t disturb other passengers. With a little bit of preparation, you can easily bring your favourite Bluetooth speaker on your next trip and enjoy some tunes while you fly!
What does the TSA require?
Since the terrorist attacks on September 11th, 2001, the United States government has increased security measures at airports across the country. The Transportation Security Administration (TSA) was created as a part of the Department of Homeland Security in response to these attacks, and is responsible for ensuring that all passengers and baggage are screened before boarding an airplane.
When traveling by plane, what you may be required to remove:
All items of liquid or gel containers that are 2 ounces or less in size. This includes alcoholic beverages and medications.


Outcall: Hotel and home visits
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Sockets are a low-level data transfer technology on top of which many networking protocols are implemented. UWP offers TCP and UDP socket classes for client-server or peer-to-peer applications, whether connections are long-lived or an established connection is not required. Sockets namespace. As a consequence of network isolation , Windows disallows establishing a socket connection Sockets or WinSock between two UWP apps running on the same machine; whether that's via the local loopback address For details about mechanisms by which UWP apps can communicate with one another, see App-to-app communication. A TCP Transmission Control Protocol socket provides low-level network data transfers in either direction for connections that are long-lived. TCP sockets are the underlying feature used by most of the network protocols used on the Internet. To begin with as few moving parts as possible—and to sidestep network isolation issues for the present—create a new project, and put both the client and the server code below into the same project. You'll need to declare an app capability in your project.
This feature is called "per-app VPN". You choose the managed apps that can use your VPN on devices managed by Intune. When using a per-app VPNs, end users automatically connect through the VPN, and get access to organizational resources, such as documents.


The Luton Amateur Radio Club was active from the 1920s with various club house locations. In the 1960s the club met in the ATC headquarters but when that closed there was an attempt to make a club house in the disused laundry on the Putteridge estate. That failed and a few members formed the Luton VHF Group. The history of the group is shown on the history pages with as many pictures of the early days that I could locate.
The picture below shows how amateur radio started in Luton.


Samsung Galaxy A52s price in Pakistan is around PKR 71,999. It carries a Li-Po 4500 mAh non-removable battery to provide backup to the phone. If it runs out of battery fuel, the 25W fast charging support will fill the phone in a few minutes.
Samsung Galaxy S10E is an smartphone .It features 5.8-inches screen-size and has 128GB built-in storage. It will be equipped with a 3100 mAh battery capacity and operates on Android 9 Pie OS. The phone is powered by Snapdragon 855 chipset and Octa-core processor.


H.265 4K commercial vehicle mobile video surveillance management system, 4G real-time live video streaming
In order to better meet the business development needs of dealers and brand owners, the use of 4G real-time live video streaming is better compatible with GPS management platform and brand company’s original software application platform. Embed the 4G real-time live video streaming monitoring interface into the original platform management software. The company will provide API docking services from January 2021. For specific matters, please contact the customer service specialist or manager.


27MHz These AM radios have been around for a long time, and don't require licensing and are commonly referred to as CB Radios (Citizen Band). These radios are limited to a low power output of 4W, resulting in short communication ranges (1 to 5km). There are still many operators using these channels, and radio chatter can be quite noisy in urban areas.
29MHz (or ski boat radios) (29.700MHz - 29.999MHz) basically fall in the same AM band as the 27MHz band, but the radio equipment is more modern, but have roughly the same range and power as the 27MHz radios. The frequencies need to be licensed with ICASA, or via ORRA, our club link to ICASA. There are fewer operators with 29MHz, but range is still limited to typically 1 to 3km ave for convoy work. Radio outputs are limited to 5W.
The licence costs through ORRA are R10 registration (once off), R20 subscription per year, and R35 per year per radio.
Here is some more info regarding these frequencies:
VHF radios - the latest trend is moving in this direction (149MHz - 152MHz band, some also in the low 140MHz areas). This falls in the FM band, and because the mobile radios typically can transmit legally at 25W, even though radios with outputs of 75W are available, communication ranges are far superior to that of 29MHz radios, and range is typically 20km to 40km, even though transmission in excess of 100km have been recorded. The signals are also very clear, and line-of-sight is not needed for close convoy work (5-10km). In the high band range, line of sight is needed for effective communication.
Licensing can now be obtained from ORRA as well for a single frequency. Costs involved are the similar in structure to those above for 29MHz, with the difference that the licence costs per vhf radio is R100pa
For more information about radio licenses, go to http://www.fwdcsa.co.za/orraask.htm
Following is a link for downloading license
HF radios offer longer range, and more powerful 100W to 400W radios. Amateurs use this equipment to communicate around the world, and these could be use on overlanding trips to remote places to stay in contact with the world. You need to pass a HAM exam to be allowed to operate these sets on the allocated frequency bands, as issued by ICASA. They are also much more expensive than the radios mentioned above, typically up to R20,000.
Satellite Phones These phones are probably your best bet for staying in contact in remote areas. With these you can phone any other phone in the world, from anywhere in the world. The phones are expensive (from R12,000 ), and airtime is also expensive, as you have to purchase prepaid (pay-as-you-go) cards, the smallest denomination $100 at the moment. Talk time costs are typically $1.75/minute. They can be rented from R40/day. The later models allow to to connect to the internet, which allows you to stay in touch with email etc
The antenna are one of the most important component in your radio setup. It is pointless to buy a top-of-the-range radio, and connect it to a cheap antenna, or even a good antenna, which is not properly set up.
There are various types for vehicles, and these include window, magnetic and fixed (through the body). The first is the least effective. Magnetic mounts are great when you don't want permanent installations, but tend to scratch the bodywork when dust settles between the mount and the body. On Land Rovers, modifications are necessary, as the bodies are made from non-magnetic aluminium, and mild steel plates are often attached to the body, especially if the roof racks are also from aluminium or stainless steel, defeating the object of a magnetic mount.
Then you also also get different whip antennas with different gains (the higher the gain, the better). Popular antennas are quarter, half and 5/8 wave length antennas, the last one usually offering 2 dB gain over dipole antennas. Consult the professionals, such as Antronic in Durban, for the best setup on your vehicle.


I also have the following FRS and GMRS frequencies programmed into memory for monitoring purposes. As authorized by the FCC, in the event of a life or death emergency only, I will use every available frequency as necessary to communicate.
|1||462.5625||Shared with GMRS|
|2||462.5875||Shared with GMRS|
|3||462.6125||Shared with GMRS|
|4||462.6375||Shared with GMRS|
|5||462.6625||Shared with GMRS|
|6||462.6875||Shared with GMRS|
|7||462.7125||Shared with GMRS|
|8||467.5625||FRS use only|
|9||467.5875||FRS use only|
|10||467.6125||FRS use only|
|11||467.6375||FRS use only|
|12||467.6625||FRS use only|
|13||467.6875||FRS use only|
|14||467.7125||FRS use only|
More communication information coming soon.


Silver 192 kHz, 32-Channel Professional. Works with Windows 10 32/64Bit, Latest driver.Best brand for professional soundcard for studio. Great for electronic music or recording. RME HDSP 9632 PCI Silver (192 kHz Professional sound card). RME BO9632 - S/PDIF Digital Breakout Cable for HDSP 9632. RME BO9632CMKH - Analog breakout cable, unbalanced for HDSP 9632. Stereo analogue input and output (192 kHz / 24 bit, > 110 dB SNR). Connector for optional expansion boards with 4 balanced inputs and outputs. 1 x ADAT digital in / out, 96 kHz capable (S / MUX). 1 x SPDIF digital in / out, 192 kHz capable. 1 x Breakout cable for coaxial SPDIF operation.
So up to 16 inputs and outputs can be used simultaneously! 1 x Stereo headphone output, parallel to the analogue output, but with individual level adjustment. 1 x MIDI I / O for 16 channels Hi-Speed MIDI via breakout cable. TotalMix: 512 channel mixer with 40 bit internal resolution.All analogue I / Os fully 192 kHz capable, so no reduction in the number of channels. HDSP Meter Bridge: Freely scalable level meter with peak and RMS calculation in hardware.
DIGICheck 3.0 for Windows: Spectral Analyzer, Professional Level Meter 2/8/16-Channel, Vector Audio Scope, various other analysis functions. Supported sample rates: 32 kHz, 44.1 kHz, 48 kHz, 64 kHz, 88.2 kHz, 96 kHz, 176.4 kHz, 192 kHz. 8 Buffer sizes / latency times selectable: 1.5 ms, 3 ms, 6 ms, 12 ms, 23 ms, 46 ms, 93 ms, 186 ms.ASIO Zero CPU Load Technology: 0 zero! % CPU load even when using all 32 channels! All settings can be changed in real time, all output options even during operation. Clock modes: Slave and master. Automatic and intelligent master / slave clock control. Enhanced Mixed mode: All inputs and outputs can be used simultaneously. Enhanced ZLM for latency-free submixes and perfect ASIO Direct Monitoring.
Unmatched Bitclock PLL (Audio Synchronization) in ADAT mode. TMS (Track Marker Support): Supports CD / DAT start IDs and reading the CD subcode.Contains DIGICheck: Unique measurement, analysis and testing tool. Unique status windows for recording and playback. Zero Latency Monitoring: Hardware bypass per track, controlled by punch-in / out. Analogue input and output with LoGain / + 4 dBu / -10 dBV level adjustment via software. Balanced analogue input / output, 192 kHz / 24 bit converter. Low-impedance output (75 ohms) for direct headphone operation, stepless level selection via software fader. Speaker Protection minimises noise when switching on and off the computer. Digital inputs and outputs completely galvanically decoupled. The item "RME HDSP 9632 PCI Original box with card and all accessories" is in sale since Monday, June 1, 2020. This item is in the category "Musical Instruments & Gear\Pro Audio Equipment\Audio/MIDI Interfaces". The seller is "exobiota" and is located in Zagreb. This item can be shipped worldwide.


Extension cable 5 Mts antena RP-SMA TL-ANT24EC5S+GARANTIA 2 AÑOS,NUEVO A ESTRENAR EN BLISTER PRECINTADO DE FABRICA.
Compatible con dispositivos 2.4GHz 802.11b/g para extender la cobertura de las redes inalámbricas
Conector Reverse SMA Macho a Hembra
Provee comunicación flexible de baja perdida para antenas
What happens when your wireless signal is too weak to connect to an access point in another building and you want to better position your wireless antenna in a higher or wider place to get a better signal?
The antenna extension cable is the answer to your problems. There is no need to move your access point or wireless router, which may sometimes be immovable, from place to place. With the several kind of low-loss extension cable, you will have more flexibility to move your antenna in order to maximize your wireless performance.
* Compliant with 802.11b/g
* Easy and quick deployment into suitable WLAN environment
* 5 meters in length allows you to relocate your antenna to a optimal position to maximize the wireless performance
* Features higher performance low loss CFD-200 cable with excellent flexibility
* RP-SMA Male to Female connector, works with RP-SMA type antennas
DC ~ 3GHz
RP-SMA Male to Female
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provides open, flexible, and configurable e-messaging solutions — helping companies around the world to transform, manage, their faxing needs. We help companies aggressively reduce communication costs by offering them our services and make to generate profitable new revenue for our resellers/partners.
We focus on delivering services to business customers, including call centers and IT companies. Our customers are involved in every industry sector, including finance, insurance, real estate, pharmaceuticals and retail. Whether they use our services across the company or for key operational requirements, our customers rely on Faxmyway to simplify their email and fax communications. We help them reach customers more effectively; process documents more efficiently, and access information with greater speed.
We are committed to providing feature-rich, top-quality services at very competitive rates and we pride ourselves for being extremely responsive and available to our customers.
For more details regarding our business mail us at email@example.com


I've seen a couple of searches for this question. I looked it up myself and didn't find much information on it at all. I will explain! But first, remember we are talking about the actual service ONLY. IMA is also your local cached data store.
Independent Management Architecture Service (or IMA) provides the communication between servers in your Citrix environment.
IMA exists to manage your XenApp farm by providing a method of communication directly with each server. The types of data that are used through this service would be sessions, server load, licenses, and other data that you can view in your management tools. This communication exists on TCP port 2512 by default.
IMA is important for communication to your Citrix Application server but not necessary for current connected sessions. You can successfully stop IMA if needed to do things like recreate local host cache without effecting users that are logged in.


Technology is extraordinary. The level of communication made possible today by technology is unprecedented. This ability is also available for people with extreme disability (I wrote this purely with eye movement to distribute to the world...).
Part of the explosion of communication technology is the invention of social media. This especially has allowed people like myself who were previously called "shut-ins" to virtually travel around the world and socialize. The benefit has already helped PALS.
Tonight the social media giant Facebook helped save the life of another PALS. I was watching TV with my caretaker when a PALS messaged me on Facebook saying her caretaker wasn't answering her alarm and asking me to call her house phone to alert the caretaker. I could have called using my web-based Google Phone but asked my caretaker to use my house phone to call. We were one of a few others calling, but in the end the caretaker was alerted and the PALS' needs were met.


We supply and install CCTV, alarm systems, access control and Wi-Fi for homes and businesses in Tenby and across Pembrokeshire. Choose PPC for certified installations of premium equipment you can rely on.
We'll Be Your Digital Professionals
We're here to help you have the ideal system installed and maintained your way for security systems, broadband, and Wi-Fi.
Pembrokeshire, Carmarthenshire, and West Wales are covered by our 4G Broadband service, which enables those without connection or with sluggish broadband to have a much better service.
You can get unrestricted broadband speeds of up to 90Mbps by connecting to a 4G network, even in areas with very weak reception. Learn more information about 4G internet.
Our CCTV systems for homes and businesses might also be to your liking.
All around the region, Wi-Fi services are accessible for residences, businesses, and vacation homes. Find out more about: West Wales Wi-Fi.
For your residential or commercial property, PPC offers customised digital solutions.
With over 15 years of professional expertise installing, maintaining, and assisting with systems and security for homes and businesses, we are a Pembrokeshire-based firm that specialises in CCTV, alarms, and 4G rural broadband.
Installations of specialised digital systems
We specialise in technical digital systems, building and installing equipment that meets your needs in terms of digital technology.
That may be done for safety reasons, monitoring and alerting property, or linking and networking. When combined, CCTV, intruder alarms, speciality broadband, and Wi-Fi networks are excellent standalone services that are also very effective.
No matter how complex, we are here to offer a solution for your security, broadband internet, and long-lasting wireless networks.


Wireless Mesh Network (WMN) is a communications network made up of radio nodes organized in a mesh topology. Wireless Access Point within the mesh topology broadcast just a single SSID to the client.
This make network users have a seamless connection to the network without having to connect and reconnect when he/she moves from one location to another within the wireless coverage area.
Ampersand Hi~technologies Limited can deliver this seamless roaming technology called Mesh network for your organization. This will help to increase productivity time while ensuring that you do not experience link loss while within the wireless coverage area..


Manchin Applauds USDA Program to Prioritize Broadband Deployment in West Virginia
Washington, D.C. – U.S. Senator Joe Manchin (D-WV) applauded the United States Agriculture Department (USDA) for deploying the e-Connectivity Pilot Program, which aims to improve connectivity and closing the digital divide in rural and geographically challenging portions of the state. Now, businesses, non-profits and communities in West Virginia can apply for the ReConnect Program for funding for broadband deployment.
“West Virginia faces unique challenges when it comes to providing broadband access, and the first step to fixing that is making sure rural states like West Virginia are priority. Strong broadband access for the Mountain State will be a game changer to not only our economy, but also our public safety, education, and connectivity to our friends and family. I am glad the USDA is launching this program that will help prioritize broadband deployment for rural states like West Virginia,” Senator Manchin said.
Funding for the e-Connectivity Pilot Program comes from the fiscal year 2018 omnibus appropriations bill which Senator Manchin voted to approve on March 23, 2018. The same bill also includes various broadband mapping provisions that Senator Manchin authored to help target federal support to the places that need it most, including the Rural Wireless Access Act which requires the Federal Communications Commission (FCC) to standardize its collection of wireless coverage data and ensure it is collected in a consistent manner, and explicit requirements that the FCC report on the actions they will take to improve the collection of mobile broadband coverage data to address the limitations of the current data.
On September 26, Senator Manchin lead a bipartisan letter with seven of his colleagues in the U.S. Senate to encourage U.S. Department of Agriculture Secretary Sonny Perdue to prioritize rural and geographically challenging areas in the implementation of its e-Connectivity Pilot Program. The program allots $600 million to invest in high-speed internet and broadband access across the country.
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Organizations for whose processes the continuous operation of IT equipment is extremely important are not satisfied with the usual reliability of the system - they need a guarantee that the operation will not be interrupted even in the event of equipment failures.
To avoid this, high-reliability solutions are designed in which a part of the equipment remains inactive and activates only when a fault is detected in one of the active components.
This ensures that critical data in the organization is adequately protected and that IT systems are adapted to different loads.
While designing critical IT infrastructure collections of clusters of active and passive components, the critical equipment (servers, data warehouses, network infrastructure, etc.) is duplicated and monitoring software is installed that can identify when one of the equipment components fails.
Interference shall be resolved without active human intervention, avoiding interruption of the operation of the equipment, or minimizing its duration. That is, faulty equipment is automatically disconnected from the system and replaced by similar, previously inactive passive equipment.
High reliability solutions are designed for individual needs:
- Hyperconverged Infrastructure (HCI) Solution - depending on the needs of your organization, we can implement an HCI solution based on both the acquisition and service delivery principles. An HCI solution based on the service delivery principle will allow the provision of a cloud service to the internal customers of the organization, and the amount of the fee for the HCI service depends on the actual use of resources.
- Backup Data Center - an additional data center is designed to protect critical data. In the event of a major data center failure or loss of required data, copies are available from the backup data center, thus ensuring business process continuity.
- Hybrid cloud solution - includes both world-class (AWS, Azure, IBM Cloud, or other vendors) and local data centers in Lithuania.
- Flexible IT infrastructure architecture - as the organization's data volumes change, high-reliability solutions make it easier and faster to adapt to rapidly changing resource needs.


Topcon Introduces Next Generation Machine Control
Livermore, Calif. – February 3, 2016 – Topcon Positioning Group announces the release of a new 3D dozer machine control system — 3D-MCMAX. The system is driven by dual IMUs (Inertial Measurement Unit) designed to increase on-grade performance where speed and blade response is maximized, while eliminating the need for a mast on the blade. “The 3D-MCMAX is the next generation of dozer grading solutions that redefines the concept of machine control,” said Jamie Williamson, executive vice president and general manager of the Topcon Precision Automation Group. “It provides high-accuracy elevation, slope, and blade rotation sensing in an integrated configuration resulting in maximum speed, maximum control and maximum grading performance.” The system is designed to let operators work confidently in rough or fine grade applications, slope conditions, and in restricted sight environments without the visual obstruction of masts or risks to hanging cables. “This advanced system is a result of our clear understanding of how technology is driving the evolution of the construction world, and focusing our improvements on smart algorithms in our firmware and software to increase the productivity of the hardware — a full systems approach,” said Williamson. “The added bonus is a clean integration onto the equipment. Gone is the need for daily installation and removal of antenna, cables, and mast. With 3D-MCMAX, the operator just climbs on and gets to work — downtime is minimized.” The system uses time-proven Topcon 3D-MC2 technology with the dual IMU sensors and new, unique algorithms to deliver an integrated solution that locates the sensitive GNSS technology safely inside the cab instead of out on the harsh environment of the blade. 3D-MCMAX is currently available for Caterpillar dozers. Contact your local Topcon machine control dealer for specific details. Go to topconpositioning.com for dealer information. About Topcon Positioning Group Topcon Positioning Group is headquartered in Livermore, California, USA (topconpositioning.com). Its European head office is in Capelle a/d IJssel, the Netherlands (topconpositioning.eu). Topcon Positioning Group designs, manufactures and distributes precise positioning products and solutions for the global surveying, construction, agriculture, civil engineering, BIM, mapping and GIS, asset management and mobile control markets. Its brands include Topcon, Sokkia, Tierra, Wachendorff Elektronik, Digi-Star, RDS Technologies, NORAC and 2LS. Topcon Corporation (topcon.com), founded in 1932, is traded on the Tokyo Stock Exchange (7732).


Offer > T,R,ΔV transmitters > T1545
Programmable transmitter T1545
- converts sensor's temperature to 4÷20 mA
- accuracy class: 0.1
- 2 or 3-wire resistance measurement
- supplied from output current loop
- fully programmable
- smart signal filtration
- no galvanic isolation
- 6.2mm width rail-mounted enclosure
The temperature transmitter is fully programmable - both sensor type (RTD or thermo-couple) and temperature range may be redefined at any time. Transmitter may also be configured to measure voltage or resistance. User-friendly configuration software runs under Windows - all that is needed is a low-cost adapter (see below) connected between PC's RS232 serial or USB port and programming port of the transmitter. Separate power supply is not required. The input is constantly monitored during configuration and the user has additionally an option of adjusting transmitter's zero and gain (within ±2%) to a specific sensor. Output current may be set independently from input for testing purposes. Nine standard thermocouple types are implemented. Non-standard sensor may be defined with a temperature versus signal table prepared under any text editor. Linearization and internal CJC are provided and may be switched on and off.
Externally, the T1545 does not differ from a conventional analog transmitter, but, apart from configuration possibilities, it offers some additional advantages in signal filtering and accuracy. For example, a 'spurious noise' filter allows to remove from signal non-symmetric spikes of large amplitude, which would otherwise distort the output even if long averaging times were used. The averaging signal filter, in turn, has an 'intelligent' option of quick adaptation to faster signal changes while preserving long integration time constant for slowly changing signal.
As mentioned earlier, T1500 series transmitters need an adapter for connection with a PC. To connect to RS232 port one needs T1501 adapter, and for USB port connection either T1505 or T1506 should be used. Configuration code, working under Windows and named "T1500.exe", is available for download at Accessories & programs page where the adapters are presented as well.


Welcome to Data Acquisition Integration, Inc.
DAI designs scientific, medical, industrial and commercial products. Since 1980 we have helped solve tough electronic and control problems and have developed hundreds of products for our clients. We can assist your engineers, or take complete project responsibility from specification through initial pilot run for:
•Medical, industrial and commercial equipment design
•Digital, Analog, RF electronic circuit design and consulting services
•Embedded microprocessor design and software development
•High Speed networking applications
•PCB layout and post route signal analysis
•Printed circuit assembly design and production, subsystem design and production, complete product design and production
•Windows GUI development for instrument control and data handling
Have a question? Call DAI for a free consultation, or contact us with your requirements.


Improving communication between rural hospitals.
Wilderness Health is a group of rural healthcare clinics and hospitals that team up to provide better care for all. This allows for information sharing and better communication. To fully realize their goals, the group needed a more-layered
website to connect them all. We recommended an extranet.
An extranet is an internal, role-based task center of a website. This allows certain people to have access behind the scenes. A portal for information that doesn’t need to be public and may be sensitive for internal staff and stakeholders.
We took their existing WordPress site and added this extranet. This allowed for better communication across all teams and covered a region of rural hospitals and clinics in a secure way.
The clinics and hospitals could now easily share documents and important information across networks. Leadership held forums so team members could discuss emerging matters. This built a stronger communication and stronger healthcare systems within the community.
The site had been an asset during the COVID-19 pandemic. It’s given a group of independent rural clinics a way to communicate securely and quickly during a challenging health crisis. A well-planned website can not only save energy and time, but save lives.


UTM TRAFFIC MANAGEMENT
What is UTM?
UTM (UAS Traffic Management) is the Traffic Management solution for unmanned aviation, what ATM (Air Traffic Management) is to manned aviation. The traffic management industry enables the safe navigation of all airborne vehicles.
The goal is to create a system that can mitigate the risk of a mid-air-collision and safely integrate drones in airspace where an encounter with manned aviation is possible. UTM systems strategically mitigate the risk of drone operations interfering with prioritary air traffic, like helicopters, airplanes, or other airspace users.
UTM serves the same goal as ATM but is very different nonetheless. UTM is based on the enhanced digital sharing of airspace user’s planned and ongoing flight details. Whereas with UTM, each user, both the geozone manager or the drone operator, will have the same comprehensive situational awareness of the airspace, unlike what happens in today’s air traffic control systems.
Local Air Traffic Data
To improve situational awareness SkeyDrone has invested in local Traffic Information networks. By combining existing radar feeds with locally installed ground receivers, this Traffic Information Service (TIS) notifies the drone operator of the presence of other airspace users operating in the proximity of planned or ongoing operations. By collecting data from ADS-B and Mode S transponders and by tracking both cooperative Remote ID signals as well as uncooperative RF communication, SkeyDrone can enable the operator to detect approximately 90% of all aircraft in the detection volume.
Our UTM products
Skeydrone has developed a series of UTM (Unmanned Traffic Management) Solutions to support the evolution of the Belgian drone industry.
Our cutting-edge SkeyDrone CONTROL, developed to allow ANSP’s to safely and efficiently manage drone traffic in controlled airspace, was customized to meet skeyes’ most rigorous requirements. It is known to Drone operators as the DSA (Drone Service Application).
The SkeyDrone WATCH is aimed at managers of Geo-zones or critical infrastructures to efficiently manage their Flight Authorisation process and monitor air traffic in their area of responsibility.
For the best possible customer experience, SkeyDrone has integrated Unifly’s UTM software for its Flight Authorisation solution. (under embargo)
The SkeyDrone MONITOR is aimed at drone operators and was developed to help them detect, identify and visualise any other AIR TRAFFIC in their operational volume.
NEW – NEW – NEW
Discover the new SPACC (Special Activities Coordination Cell) integration software.
It allows ANSPs (Air Navigation Service Providers) to digitally integrate all special operations (Helicopters, hot air balloons, fireworks) to notify ATC (Air Traffic Control) of their presence.
The SkeyDrone Control was custom-built for skeyes and branded DSA, managing Flight Authorisation in CTRs (controlled airspace) surrounding the 6 major Belgian airports.
This new Geozone covering the entire Belgian Coastline is managed by SkeyDrone Watch (powered by Unifly) to enable drone operations across the North Sea.
All Special Activities managed by skeyes Air Traffic Control now use a SkeyDrone SPACC Integration digitalising all special activities requests (helicopters, fireworks, … etc)
Thanks to DSA, the digital platform developed by SkeyDrone, we have taken the next step in the digitalisation of our towers and we are better armed to realize our ambitions in the drone landscape.
Chief Operations Officer, skeyes


So Juice picked up a Nokia 6100 in Asia, unlocked it, and ported it to Rogers AT&T’s GSM network.
First problem: he paid $300 US for this phone. Certainly it’s a small colour phone, but Canada has many very fine phones of that calibre available (such as my new Samsung A500 from Bell Mobility), and at much lower prices to boot.
Second problem: He sat on it. Broke the LCD screen.
The warranty is probably only good in Asia, and even if it wasn’t, it is probably void because it is unlocked. Rogers won’t accept it since it is not a Rogers supported phone. And LCD screens, being the unavoidably fragile things they are, are usually not covered by warranties anyway.
Juice says only the screen doesn’t work, so he’ll keep using the phone. I imagine he will cancel the Call Display feature.


The Soviet Union launched the world's first artificial satellite-Sputnik 1-aboard an R-7 intercontinental ballistic missile on October 4, 1957. The satellite traveled at 18,000 miles per hour (28,980 km/hr), according to Soviet calculations, and its radio signals were picked up by scientists and ham radio operators throughout the world.
The signals continued until the transmitter batteries ran down on October 26, 1957. Sputnik 1 orbited about 37 million miles (60 million km), then burned up as it fell from orbit during reentry into Earth's atmosphere on January 4, 1958.
The Museum of Flight's Sputnik 1 was a contemporary technological duplicate, most probably manufactured by the Academy of Sciences of the USSR.


Incoming Call/Message Waiting indicator light
Flashes red quickly when a call is ringing your phone; flashes green slowly when there is a new message in your voicemail box. Found on upper right of tilting display panel.
Shows date and time, name and extension, when the phone is idle; incoming caller ID; outbound number dialed; duration of call; number of new voicemail messages; message timestamp when in voicemail; and soft keys (more info on these below).
Use the Help key to identify the programming of function keys; the Exit key brings the LCD display back to normal when in Help or Menu mode. Exit/Help keys found on left and right just under display panel.
Soft Keys (4)
The four “soft keys” below your telephone’s display are provided as shortcuts to many of your phone’s features and functions. Below is a list of some of the most useful ones. Keep in mind, the soft keys are interactive and will change their function as you press them to navigate features.
VMsg Use this soft key to access your voicemail box. Once pressed, other soft keys appear, allowing you to visually access mailbox features.
Use this key to view recent calls. Outbound calls you have placed can be seen in the Redial menu. Incoming Caller ID can be seen in the CID menu. Use the arrows to scroll through the numbers. Press the Dial soft key to place a call to the number displayed.
Use the Directory menu to dial stored numbers. Use the arrows to scroll through the numbers.
SPD Common (system-wide) speed dial numbers
EXT Internal extensions
STA Personal speed dial numbers
Use the Exit button to return your phone’s display to normal mode after using the soft key menus.
As on any phone, dialing digits 0 – 9, #, *.
To move quickly between calls, use this key to disconnect one call and immediately get dial tone.
Press to answer a second call ringing at your phone. First call will be put on hold automatically; to return to first call, press flashing line key.
Press to turn microphone on (key will light up) or off. You must turn on the microphone in order to respond handsfree to a speakerphone call. While on a handset or headset call, press Mic to mute microphone on handset or headset (key will blink); press again to cancel mute.
Directional Pad (large round multi-directional key)
Press left, right, top or bottom to access Redial, Directory, Volume Control (of handset, speaker, ringing, and brightness of LCD display). Press center button for Enter.
Press to put outside call on hold. Call will flash on line appearance key and can be picked up by any other user.
Press to transfer a call to a co-worker.
Press to access your phone’s hands-free capability. Lights up when in hands-free mode.
How to make an outgoing call:
1. Lift the handset
2. Press an available (unlit) outside line key
3. Dial number
How to call a previously dialed number:
1. Press Redial button
2. Use the arrows that appear on the soft keys to scroll to the number you want to call (or use arrows on directional pad) 3. Lift handset to call the displayed number
How to make a call using caller ID:
1. Press List soft key
2. Press CID soft key
3. Use the arrows that appear on the soft keys to scroll to the number you want to call (or use arrows on directional pad) 4. Lift handset to call the displayed number
How to make a conference call:
1. Establish the first call
2. Press CONF soft key (1st soft key)
3. Establish the second call
4. Press ADD soft key (1st soft key) after second caller answers
5. Press BEGIN soft key (1st soft key) to establish three-way conference call
5. Establish third call
6. Press BEGIN soft key (1st soft key) to establish four-way conference call
How to answer an incoming call:
1. If the call is ringing at your extension, lift the handset
1. If a call is ringing on another line or extension, lift handset and press the flashing key
1. To answer a second call ringing at your extension, press the Answer key. Your first call will be put on hold and you will be connected to the second call. To return to the first call, press the flashing line key.
How to put a call on HOLD:
1. While on call, press HOLD
2. Hang up (line key flashes)
How to retrieve a call from HOLD:
1. Lift handset
2. Press flashing line key
How to transfer a call to a co-worker:
1. While on call, press Transfer
2. Dial the co-worker’s three-digit extension number
2. Press the co-worker’s hotline key
3. Announce call (optional)
4. Hang up (call will ring the co-worker’s extension; if not answered, the call will automatically go to the co-worker’s voicemail)
How to transfer a call directly to a co-worker’s voicemail:
1. While on call, press Transfer
2. Press the VMsg soft key
3. Press the co-worker’s hotline key
3. Dial the co-worker’s three-digit extension number
4. Hang up


GotAPI is a framework that realizes e.g. collaboration between smartphones and external devices by employing web technologies. It is the name of the specification standardized as Generic Open Terminal API Framework Version 1.0 in OMA (Open Mobile Alliance).
GotAPI is the core technology for the themes covered in the consortium. In this document, GotAPI and technologies related to the themes covered in the consortium are described.
Architecture of GotAPI
The objective of the framework realized by GotAPI is to unify the interface for web applications run on web browsers and native applications run on smartphone OSs to access various external devices.
In principle, in order to realize collaboration with an external device, one needs to develop software for collaboration suited for the specific device. Some device manufacturers provide software development kits (SDKs) for native applications for smartphones. Naturally, however, there is no unified way of using SDKs provided by different device manufactures. Therefore, application developers had to incorporate an SDK in the developed application per corresponding device. Further, because each manufacture prepares proprietary interfaces even for devices providing similar functions, there is limitation in the reuse of source codes.
On the other hand, web applications run on web browsers have had limitation in collaboration with external devices from the beginning. Although a large number of standard APIs have been implemented in the browsers in recent years, implementation of Bluetooth APIs etc. necessary for device collaboration have not made much progress, and therefore, only limited devices can be collaborated.
In order to solve these challenges, GotAPI provides a framework to relay collaboration with external devices by employing HTTP.
Inside smartphones, an HTTP server called GotAPI Server is activated. In practice, from the viewpoint of OSs, GotAPI Server is installed as a native application. GotAPI Server provides REST (Representational State Transfer)-based APIs to applications.
Software called plug-ins take care of access to each device. As is the case for GotAPI Server, from the OSs’ viewpoint, the plug-ins are also installed as native applications.
GotAPI adopts an architecture that enables flexible addition of devices that can be accessed by separating GotAPI Server that relays an API request and response and software that actually communicates with external devices.
For application developers, GotAPI facilitates development of applications taking care of collaboration with devices. For device manufacturers, by providing the environment that enables flexible creation of third party applications, use of the devices is expected to be promoted.
As described, the APIs provide by GotAPI is REST-based, and here, we call them WebAPI. Because WebAPI provides applications with APIs only with standardized communication protocols such as HTTP, multi-platform APIs independent of OSs can be provided.
WebAPI specified in the OMA GotAPI specification specifies concrete APIs such as authentication of applications and security measures as well as data containers actually used when collaborating with devices. The data containers specify communication between applications and GotAPI Server as well as communication between GotAPI Server and plug-ins.
However, currently, the OMA GotAPI specification does not specify concrete WebAPI exchanged between applications and plug-ins. This is the reason for the OMA GotAPI specification to be called framework.
Standardization of WebAPI on the concrete plug-in functionality has yet to take place. In OMA, examination on concrete API specifications has started from healthcare. Further standardization is expected going forward.
Here is a little more detailed description as to why plug-ins have been adopted in GotAPI as an architecture.
The first purpose is to absorb the differences of communication protocols among devices. Communication systems of devices collaborated with smartphones vary. Not only the lower communication layer such as Bluetooth and Wi-Fi but everything varies including communication protocols, data containers and meanings of data values. Such differences greatly impact development cost in application development. The differences are absorbed by the plug-ins, and to GotAPI Server, results are returned by using the standardized interface. This enables applications to collaborate with external devices via unified interface without being aware of the differences of communication systems of external devices.
The second purpose is to provide the same WebAPI for the same usage even in case devices are different. As described above, currently, only the framework has been standardized in the OMA GotAPI specification and this aspect has not been specified. Pursuit and examination of a unified WebAPI is one of the main themes of the consortium.
DeviceConnect is one of the implementations (software) based on the GotAPI specification that has been described. DeviceConnect was developed by NTT DOCOMO and provided as open source software in GitHub under the MIT license. Anyone can contribute in the improvement of the source codes and development such as addition of new functions. Also by using the source codes, one can freely use the mechanism of GotAPI and develop applications.
DeviceConnect has already added functions which have not been standardized in the OMA GotAPI specification. For example, in the GotAPI specification, a framework to asynchronously receive events has not been specified. Therefore, DeviceConnect has added the role of a WebSocket server to GotAPI Server and provided a framework for asynchronous event reception.
Results of the work on DeviceConnect are planned to be proposed for standardization in OMA.
API for device access
In DeviceConnect, a large number of APIs for individual device access, which have not been specified in the GotAPI specification, are available. APIs such as proximity detection, detection of orientation of devices, temperature detection, obtaining battery information, vibration, turning on/off lights, replay control of music and videos, sound and video recording and photo shooting have already been implemented. Of course the APIs introduced here are not exhaustive and other WebAPIs are also available. More WebAPIs are expected to be added going forward.
Care has been taken for these WebAPIs so that the same API can be used for the same purpose. For example, in case one wants to obtain the status of batteries, instead of preparing an API per connected device type, a unified API will be provided to all the devices. Going forward, we expect that plug-ins for various devices will be added, and in due course, we expect that the APIs will improve and incorporate truly needed functions. And that will also be reflected in the standardization activities.
Lineup of plug-ins
Source codes of the plug-ins have been publicized in GitHub, therefore, we expect that plug-ins for products from a large number of device manufacturers will be provided by referencing the samples. Further, in case detailed technical information on the devices are publicized, plug-in development by fans of the products can also be expected.
Device WebAPI Manager
Lastly, we would like to introduce an application to be distributed for DeviceConnect. Only developers can use the source codes, and even GotAPI-supported applications are developed, GotAPI Server and plug-ins must be installed in the smartphones of the users.
Device WebAPI Manager has the mechanism that in case Manager corresponding to GotAPI Server or plug-ins are not installed in a user’s smartphone, it guides him/her to install them from the application’s screen so that the user can use applications immediately.


Working closely with our customers engineers and specifiers we are able to provide customized Flexible Flat Cables with transition cables if required to suit a wide range of market and engineering requirements.
We are able to provide flexible solutions for the harshest environments to complicated multiway configuration to incorporate a range of customized features.
Speciality Flexible Flat Cables (SFFC)
High Voltage Oval Cut Out
High Voltage Flexible Flat Cable
Flexible Flat Cable with Exposed Conductors and Punched Holes
Flexible Flat Cable to Discrete Transition Cable
Flexible Flat Cable to Discrete Cable
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China Custom Metal Parts Manufacturer with more than 20 years experience.
Connected Infrastructure: Metal Stamping's Contribution to the Internet of Things (IoT) in Building Automation
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In the era of the Internet of Things (IoT), metal stamping technology is playing a crucial role in building automation and creating connected infrastructure. This article explores the significant contribution of metal stamping to the IoT in building automation. By examining its impact on sensor integration, energy management, security systems, and scalability, we uncover how metal stamping is transforming buildings into intelligent, interconnected environments.
1. Sensor Integration: Enabling Real-Time Data Collection
Metal stamping enables the seamless integration of sensors into building infrastructure. With precision-formed brackets, housings, and mounting components, metal-stamped parts provide secure and accurate placement for various sensors. These sensors collect real-time data on temperature, humidity, occupancy, and other environmental factors. The precise positioning of sensors through metal stamping ensures optimal data accuracy, facilitating informed decision-making and efficient building management.
2. Energy Management: Enhancing Efficiency and Sustainability
Metal stamping contributes to energy management in building automation by optimizing efficiency and sustainability. Through the fabrication of power distribution components, such as electrical bus bars and connectors, metal stamping enables reliable and efficient energy flow throughout the building. Additionally, metal-stamped heat sinks and thermal management solutions dissipate heat effectively, enhancing the performance and lifespan of energy-consuming devices. By improving energy utilization and reducing waste, metal stamping helps create more sustainable and cost-effective building operations.
3. Security Systems: Enhancing Safety and Access Control
Metal stamping plays a vital role in the integration of security systems within smart buildings. Custom-fabricated enclosures, brackets, and locking mechanisms ensure the secure installation of access control devices, surveillance cameras, and alarm systems. These metal-stamped components provide structural integrity and tamper-resistant features, enhancing the overall safety and security of the building. Metal stamping techniques allow for intricate designs, enabling the integration of biometric sensors and other advanced security features seamlessly.
4. Scalability: Supporting Future Expansion and Adaptability
Building automation systems need to be scalable and adaptable to accommodate future expansions or changes in requirements. Metal stamping enables the production of custom components that can be easily replicated or modified as needed. These components include junction boxes, mounting brackets, and connectivity solutions. Metal-stamped parts can be precisely replicated in large quantities, ensuring consistency and compatibility across various building automation installations. The scalability provided by metal stamping ensures that buildings can adapt to evolving technologies and growing IoT capabilities seamlessly.
5. Manufacturing Efficiency: Streamlining Production Processes
Metal stamping incorporates advanced manufacturing processes that streamline the production of components for building automation systems. Progressive die stamping, high-speed stamping, and automated assembly systems enable efficient mass production of metal-stamped parts. These streamlined processes enhance productivity, reduce costs, and ensure consistent quality control throughout the entire manufacturing process. As a result, manufacturers can meet the increasing demand for components in building automation and deliver products with shorter lead times.
6. Collaboration and Innovation: Driving Smart Building Development
Collaboration among metal stamping experts, building automation specialists, and IoT technology providers drives innovation in smart building development. By leveraging their expertise, these collaborations lead to advancements in stamping techniques, material science, and design optimization. Research and development efforts focus on enhancing sensor technology, improving energy management algorithms, and integrating AI capabilities. Through ongoing collaboration and innovation, metal stamping remains instrumental in the growth and evolution of connected infrastructure and smart buildings.
Metal stamping's contribution to the Internet of Things (IoT) in building automation is transforming traditional buildings into intelligent, connected environments. Through its impact on sensor integration, energy management, security systems, scalability, and manufacturing efficiency, metal stamping plays a vital role in creating connected infrastructure. By facilitating real-time data collection, enhancing energy efficiency, ensuring security, and supporting scalability, metal stamping enables the development of smart buildings that are efficient, sustainable, and adaptable to future needs. As the IoT continues to expand its footprint in building automation, metal stamping will remain a driving force behind the evolution of connected infrastructure.


|TDS team has prepared a new major release including a new integrated Single sign-on (SSO) feature.|
The old TDS SSO feature based on CAS technology has been replaced by a new with support of OpenID Connect and SAML.
Thanks to the implementation of the new TDS SSO, TDS SaaS Services can now be integrated with customer's Active Directory and authentication of users using OAuth 2.0 protocols.
Users authenticated in TDS are also automatically authenticated in all TDS core SaaS Services until expiration of user's token.
User authorization is controlled from TDS Portal using proper role assignment on TDS portal level (Customer Area and Projects) and in TDS SaaS Services.
All TDS SSO communications use protected communication channels to support high security standards.
Two Factor Authentication is also supported feature in new TDS SSO.
By implementing the new SSO, TDS follows new technology trends also used by Google, Facebook, Microsoft and others.


Hello Everyone, Today, lets configure a Trunk between CUCM and Asterisk. I was pretty much happier when i got this configured and working, hope you would also be happy as well. Lets start. CUCM CONFIGURATION 1. Login to Cisco Unified Communication Manager.
Hello Everyone, Now let’s talk more into dept and now its time to explore the CDR fields. I will share examples and will try to explain the records as well. Follow the below screenshot and i will go one after another. First Call
Hello Everyone, In part 1, we have seen the configuration and creation of the CDR Report. Now lets go more deeper and further. In Part 1, did you realize that the CDR Report which was shown, the time was in Unix EPOCH time format. Now
Hello Everyone, CDR Reporting? What is a CDR Report? CDR (Call Detail Record) – According to the definition given webopedia, in IP Telephony, a call detail record is a data record that contains information related to a telephone call, such as the origination and destination
Hello Everyone, Call Handlers in Cisco Unity Connection is a feature which provides services like IVR where the calls are handled and routed in an efficient manner. Basically Call Handler serves many purposes like answer the call, greet the caller, provide them information with options,
Hello Everyone, We have been using Cisco Unity Connection for recording/changing of a Greeting via phone remotely (Greeting Administrator), the same way we can use Cisco UCCX for recording such prompts/greetings. The script is quite simple and easy to configure. Start ==> Accept ==> Recording
Hello Everyone!! One day i was sitting idle and was thinking of this vast technology and was wondering how communication happens and make life easier and happier. Now a days most of the things are integrated with each other like CUCM-UCCX-CUC with Voicemail, IVR, Dialer,


Estracom is the Group company responsible for providing telecommunications services to businesses, individuals and public institutions. We have consistently focused on leveraging the following strategic assets:
efficacy and efficiency in adopting streamlined and functional technological, organisational and procedural solutions;
a local presence aimed at fostering the development of the communities in which we operate through a focused, sensitive approach;
innovation aimed at constantly offering new ways to meet the needs for connectivity and communication;
a customer-centric approach and emphasis on savings to ensure highly personalised services and efficient connections;
transparency to ensure that offers and services are proposed clearly and fairly.
WHAT DO WE DO
Estracom operates in Tuscany, where it provides its customers with connectivity and advanced digital services.
Optical fibre: the best option for connecting companies and institutions. Dedicated, reliable symmetrical ultra broadband improves the exchange of data, increasing communication speed and ensures high-quality Internet access.
EFM: symmetrical band technology for superior performance.
ADSL and telephony: for individuals and small businesses, with Internet offers and unlimited calls.
VoIP: one of the technologies of the future, it allows calls to be made over the Internet.
Video surveillance: for home, business and institutional security.
Housing: a service that allows servers to be co-located within Estracom's server farm.
Wi-Fi coverage: for free wireless Internet access using laptops, tablets and smartphones.
Estracom S.p.A. is managed and coordinated by E.S.TR.A. S.p.A. It has fully paid-up share capital of €7,011,559.00
Economic and Administrative Index (REA) No. 478969, VAT number and tax code 01875880971.


Work zone safety is once again in the spotlight
Forewarned, forearmed; to be prepared is half the victory; the Sentinel by TrafFix Devices, a groundbreaking solution designed to revolutionize connected work zone safety for road and construction crews. The Sentinel ensures seamless communication and coordination between workers and equipment, minimizing risks and enhancing efficiency. Equipped with real-time monitoring capabilities, allowing crews to identify and address potential hazards. From intelligent traffic management to enhanced worker visibility, the Sentinel is the ultimate tool for ensuring a safe and productive work environment, paving the way for a smarter and safer future in construction and road maintenance.
The Sentinel leverages cutting-edge technology to create a secure work environment. One of its key features is seamless connectivity, enabling real-time communication and coordination among workers and equipment. This connectivity ensures that everyone on-site is aware of potential hazards and can respond swiftly and effectively, reducing the risk of accidents and injuries.Continue reading “Enhance crew safety through Connected Work Zones and the Sentinel Impact Tracker” »


Coaxial cables are utilized in radio frequency transmission and in applications where receivers, transmitters and antennas are utilized. Part of its basic tasks is to enhance signals of particular types of gadgets. It works in functions dictated by coaxial technology.
Coaxial cables can be found in several designs too. Knowing about the ingredients of such designs provides you with an idea of the way it actually looks like. Needless to say, you must also see with the various aspects of the design and style to be able to ascertain the industrial product’s performance. Besides taking a look at product parts, you must also scrutinize the processes behind it.
Standard designs for coaxial cable systems – The design of the 1/2” Superflex RF Coaxial Cable is very important to the proper functioning from the device. The style dictates the efficient transfer of energy in one device to another one. By far the most usual parts are definitely the signal wire, insulation, shielding and sheath.
Copper will be the standard part utilized in forming signal wires. Strands of copper could be utilized although some choose a more solid output. This is usually situated in the core layer in the cable and is known to be relevant in the effectiveness of signal transmission.
The insulation is the part that covers the signal wires. This often comes by means of dielectric wrappers constructed from polyethylene, Teflon and foam. Protecting the insulation is an additional part called the shielding. This part is created from aluminum or mesh. Some industries using the coaxial cable tend not to always require the existence of the shielding. Last but not minimal is definitely the part also referred to as the sheath. This is the outermost layer of the coaxial cable. This is utilized to secure the cable from physical interference or disturbance.
Coaxial cable connection processes – The proper functioning of the coaxial cable is determined by its designs. If you wish a highly effective transmission gadget, you must consider basic principles to make the gadget work. An example of a principle to look ahead to works with the matching of impedance involving the cable and also the device. Look for the gage rating also to know whether certain cables or parts could be best suited to the coaxial cable or not.
Diameter from the coaxial cables must also be considered properly. The more the Coaxial Cable Grounding Kit is, the higher the power which makes it work. Some manufacturers use hollow designs to reduce the cost connected to the coaxial cable design as well as assure that it can be reshaped and bended for better processes.
Coaxial cables are used in a variety of industrial and domestic applications. These leads are generally used when considerable amounts of information must be passed from a single unit to another. For instance, coaxial cables are utilized to transfer data to your television set. Due to the large capacity from the cables, they are insulated with materials like Teflon. This keeps them safe from environmental and other unforeseen factors. If the this wire is short for the application and some length must be put into the lead, it is possible to refer to the details provided below. Extending the size of a lead is not really a challenging task.
This simple tutorial will allow you to connect coaxial cables without much expertise. These products have been manufactured to permit safe operation. Speaking of safety, there are a few precautions that one are required to follow when extending coaxial cables:
Make sure that none of the cables are connected to a power source. Ensure you use cables and connectors which are suitable for your source of energy along with the appliance. If necessary, use protective gear like glasses, gloves, hat, etc. You should note that using a CATV lead connector decreases the signal quantity transmitted through the main power source. Although, this amount is fmpuqh and fails to impact the functioning in the appliance, it is actually imperative to not utilize a lot of connectors. Nevertheless, this easy procedure for connecting Feeder Clamp is extremely useful.
Many precautions are consumed the making of these wires to make sure that there is absolutely no leakage of signal. Moreover, since, using a connector could reduce the signal strength, it is essential that the connections be made properly. A loose connection might cause leakage in the signal and negatively change the functioning of your appliance. All of the instructions needs to be followed precisely. In the event of any problems, you need to seek the assistance of the professional.


With a radio range of 100 m. or 328 ft. clear line of sight the Wireless Control Set increases operator safety during forcible entry operations. It is used for remote operation of the Holmatro Door Blaster, an innovative breaching tool.
The Wireless Control Set WCS01 allows you to operate the Door Blaster from a much greater distance. Now you can hide further away from the door and activate the door opener from as safer position. The new set comes in addition to the existing remote control, which is mounted on a 2 m. / 79 in. hose as part of the Door Blaster Pack, the drive unit.
The new set consists of a battery-powered receiver and a control unit. The receiver is connected to the drive unit which remains near the door. The control unit is used to activate the Door Blaster’s breaching and quick-release functions. This can be done from a distance up to 100 m. / 328 ft. The set has a stand-by mode of 48 hours. The receiver’s connection cable is also used to charge its battery.
LED lights on the remote control give you the following feedback:
Approach. One person carries the complete breaching system to the door. The system consists of the Door Blaster, the Door Blaster Pack and the wireless receiver in a pouch. Both the door opener and the receiver are connected to the drive unit in the backpack.
Installation. The operator presses a button on the door opener to place it in the door frame. This is done quickly and silently thanks to the use of compressed air.
Taking position. The operator leaves the backpack and the pouch near the door and takes position with the control unit on a safe spot. This should be within the radio range of 100 m. / 328 ft clear line of sight.
Breaching. The operator activates the door opener’s pushing cylinder with the help of a tumbler switch on the control unit. It only takes a second to breach the door.
Quick release. Another tumbler switch is operated to quickly release the tool from the door frame.
For more information check out the product page of the Wireless Control Set in our catalog.


Alcatel Lucent IPTouch 4018 IP Phone Extended Edition
NEW ---NEW---NEW ORIGINAL BOX UNOPENED
The Alcatel-Lucent 4018 IP Touch is part of Alcatel's 8 Series, providing excellent sound quality coupled with a wide range of user-friendlyfeatures for IP networked environments. IP Handsets in this series are for exclusive use with Alcatel-Lucent IP systems.
This phone connects to your Ethernet LAN line and works through your data network, thus allowing your business to channel communications at a lower cost than normal. Still a standard deskphone, its call features include: caller ID, stop ringing, reject calls, multi-line, call waiting, hold, transfer, forward, conference calls, last number redial and programmable quickdial.
Designed to be easy to use, the 4018 incorporates LED keys for quick navigation, including dedicated message, hands-free and mute function keys. Alongside these you will be able to use an infomation key, a local directory key and a volume control key.
This particular model is compatible with several Alcatel accessories which include a wall-mount kit and a 60º footstand.
IP connection: LAN 10/100 Ethernet
2 Ethernet ports
IEE 802.1compliant (Class 2)
Size: 220 x 175 x 133mm
Certification: FCC Class B council directive 1995/5/EC


Hi, I`ve recieved a message in my app, that the battery life is low. So I`changed the battery. Since then the door sensor is dead: no LED reaction, can`t be found by hub.
The 7756V is a Two way LCD Remote by Viper. This means the remote can both transmit and receive information from the alarm... The LCD screen can be customised to any of the following colours: Red, Green, Yellow, Blue, Magenta, Cyan and White. Rechargeable battery.


|Important Announcement for customers of Page Hosting
As part of our ongoing commitment to providing you with the best possible Internet services, we are performing a series of major service upgrades which will significantly increase the performance and reliability of your hosting and e-mail services - at no extra cost to you.
- Increased performance and reliability of your Internet services
- Enhanced security
- Superfast connectivity
Ensuring that visitors access your site at the fastest speeds is a top priority and, with this in mind, we are increasing the speed of our Internet connectivity by over fifty times, providing plenty of headroom for expansion and ensuring content is delivered to visitors as quickly as possible.
All web servers are being moved onto new servers, which are over twice as fast as our previous equipment.
Reliability is another major concern amongst business users, as web sites become an integral part of their sales and marketing strategies. The new server equipment boasts many new reliability features including duplicated components, which can be replaced without even turning the system off, and continuous data backup to ensure there is no data loss in the event of a disk failure. Connectivity to the core network will be delivered directly by switched Fast Ethernet, removing many potential points of failure, enabling us to provide you with an extremely reliable service.
With many users now worrying more than ever about physical as well as system security, we have taken steps to improve this too. The core network and our main servers are now housed in a new location in London's Docklands which features 24/7 monitored and recorded closed circuit television and security guards on-site around the clock. Access to data floors and equipment is limited to authorised personnel by security keys and visual identity checks to make sure your data is kept physically secure.
Notification of the starting dates for work on your site will follow shortly by e-mail.
Tom White, Director, Page Hosting Ltd.


Avast Anti-Malware has developed an effective new anti-spam software program, the aptly named Avast Contact Blocker. This cutting-edge new anti-spam software program is designed to ends the newest types of online threats, including phishing scams plus the installation of malicious software programs. By immediately addressing this ever-increasing problem of spam emails, Avast Call Blocker provides users with the way to block unrequested phone calls and stop unnecessary discussions from occurring. Avast Call Blocker is available instantly from the internet. With an intuitive interface, Avast Call Blocker quickly produces a custom hindering list which is easy to modify and quickly eliminates unnecessary spam and dialing tones.
The anti-spam function of the application is designed to effortlessly integrate into android unit settings, in order that even users with older phones or with un-installed android editions can use the solution, which also integrates to useful avast call blocker apps just like Privacy Administrator, Google At this point and Titanium Reliability Center. To address the problem of spam electronic mails being sent via email, users happen to be guided through the process of building a customized preventing list through a web user interface. The obstructing list could be further customized based on the IP address or perhaps name from the user. After the custom blocking list may be created, it can be used in conjunction with an android device’s integrated antispam request, which was produced by Avast Computer software. In addition to blocking unrequested phone calls, the anti-spam computer software offers other useful features such as documenting incoming names, tracking your internet usage, and setting up pass word protected entry to certain applications.
The anti-spam feature within the Avast Call Blocker is a very innovative solution to managing one of the most common issues associated with the modern day technologically advanced society. The anti-spam function from the software is made to seamlessly combine into google android device configurations, so that even users with old cellular phones or with uninstalled variants of the operating-system can use the software, which usually also integrates with other valuable avast call up blocker software like Privateness Manager, Google Now and Titanium Protection Center. By simply blocking incoming calls coming from specific IP addresses, this anti-spam applications are able to prevent annoying telemarketers from annoying you during the day. The best call blocker app for android os smartphones. The built in anti-spam feature ceases telemarketers by calling your number and also blocks cell phone calls from your specified extensions or lists. avast vs totalav With the anti-spam filtering center, you can love uninterrupted android handset efficiency and can pay attention to your work or perhaps other relevant tasks.


In today’s rapidly advancing technological landscape, sensors have become an integral part of our lives, impacting everything from workplace management to energy conservation. One such innovative player in this field is Spica Connect, whose hardware and software products have seamlessly integrated into the Spica Workplace and Spica Energy solutions, revolutionising how we interact with our environments. In this blog post, we will delve into the fascinating world of sensors and uncover how Spica Connect’s approach to sensor technology is simplifying the way we manage our surroundings.
Understanding Sensors: How They Work and Their Impact on Everyday Life
At the heart of Spica Connect’s innovative solutions lie Yanzi IoT sensors, the unsung heroes of modern technology. But what exactly are sensors, and how do they work? Sensors are devices designed to detect and measure changes in their environment, converting physical phenomena like light, temperature, pressure, or motion into electrical signals. Yanzi IoT sensors, for instance, capture data from the surroundings, which is then processed and analysed to provide actionable insights. These insights enable informed decision-making and optimisation of various processes.
The impact of sensors on our daily lives is profound and pervasive. They are the driving force behind the smart technologies that have seamlessly integrated into our routines. From smartphones that adjust screen brightness based on ambient light to smart thermostats that optimise energy consumption based on occupancy patterns, sensors enable convenience, efficiency, and sustainability. In industries such as healthcare, sensors monitor vital signs, enabling early disease detection and personalised treatment plans. Environmental monitoring sensors help us track air quality and pollution levels, promoting healthier living. In agriculture, sensors assist in precision farming by analysing soil conditions and weather patterns, leading to higher yields and reduced resource wastage. As we continue to rely on technology to enhance our lives, sensors serve as the bridge between the physical world and the digital realm, driving innovation across countless domains. Spica Connect’s commitment to simplicity, scalability, and security in sensor technology amplifies this impact, making our environments smarter, safer, and more interconnected than ever before.
- Simplicity in Setup and Management
Yanzi IoT sensors take pride in providing a plug-and-play experience for its users. At Spica Technologies, we understand that simplicity is key when it comes to integrating new technologies into existing systems. With our easy-to-use management tools, setting up and maintaining a Yanzi system becomes hassle-free. Whether you’re planning, installing, or removing sensors, Yanzi ensures a seamless experience throughout the entire lifecycle of its products.
Learn how to install a sensor here: https://wordpress.yanzi.cloud/how-to-install-a-sensor/
- Scalability for Every Need
One of the standout features of Yanzi’s IoT sensor technology is its scalability. Whether you’re managing a small office or a sprawling industrial complex, Yanzi’s sensors can accommodate your requirements. The system supports an impressive 50,000+ sensors per site, catering to high and low-density configurations. This scalability is made possible by adhering to global technology standards and adopting a cloud-agnostic distributed solution. This approach not only ensures rapid global reach but also guarantees a future-proof solution that can evolve with your needs.
- Security at the Core
Security is paramount in today’s interconnected world, and Yanzi takes this aspect seriously. We employ strong and FIPS-140-compliant cryptography not only in the cloud but also between devices. This high level of security extends to all devices, regardless of whether they are low-cost or low-power. Despite prioritising security, Yanzi maintains user-friendliness, ensuring that users can confidently harness the power of their sensors without compromising data integrity.
- Real-World Impact
Yanzi IoT sensors’ impressive track record speaks volumes about the efficacy of sensor solutions. We have already sold over 120,000 sensors, showcasing our industry recognition and adoption. Our products have been deployed in a variety of environments, with a remarkable 5,000 products being placed in a single building. This level of widespread integration has resulted in the collection of a staggering 120 million data points per day, highlighting the substantial impact of Yanzi’s IoT sensor technology.
Exploring Spica’s Solutions
In addition to the Spica Connect solution, Spica Technologies offers a range of other solutions that leverage the power of sensor technology. Spica Workplace focuses on enhancing the workplace experience through sensor-driven insights. Spica Energy delves into energy management, helping organisations optimise their energy consumption. Spica Connect ties these solutions together, providing a holistic approach to managing sensors and data.
Spica Connect’s sensor technology represents a significant leap forward in the realm of workplace management, energy conservation, and beyond. With our user-friendly setup, impressive scalability, and unwavering commitment to security, Spica Connect is at the forefront of sensor innovation. As technology continues to shape our world, our contribution to simplifying, scaling, and securing sensor technology will undoubtedly pave the way for a smarter and more efficient future.
Find some useful resources here:
Infrastructure – Tips & Tricks: https://wordpress.yanzi.cloud/infrastructure-tips-tricks/
How to Start an Installation: https://wordpress.yanzi.cloud/how-to-start-an-installation/
Sensor Placement: https://wordpress.yanzi.cloud/sensor-placement/
Sensors – Tips & Tricks: https://wordpress.yanzi.cloud/sensor-placement/