As efficiency and power continue to increase, laser diodes will continue to replace traditional technologies, changing the way existing things are handled and creating new things at the same time. Similarly, there is limited awareness of the dramatic development of high power semiconductor lasers. The industry demonstrated for the first time in 1962 that electrons were converted to 500mw laser pointer, and a great deal of progress ensued, all of which led to significant improvements in the conversion of electrons to high-yield laser processes. These improvements support a range of important applications, including optical storage, optical networking, and a wide range of industrial applications.
The innovations of the past decades have brought exciting improvements. In particular, the improvements in brightness are excellent. In 1985, the state of the art high-power semiconductor lasers were able to couple 105 milliwatts of power into a 105-micron core-diameter fiber. State-of-the-art high power semiconductor lasers can now produce over 250 watts and have a single wavelength of 105 micron optical fiber - a 10x increase every eight years.
The improvement of high-power semiconductor 200mw laser pointer brightness has promoted the development of various unforeseen technologies. Although this trend continues the need for more innovation, but there is reason to believe that innovation in semiconductor laser technology is far from complete. Well-known physics can further enhance the performance of semiconductor lasers through continuous technological developments.
For example, quantum dot gain media can significantly improve efficiency over current quantum well devices. Slow axis brightness offers another order of magnitude improvement potential. New packaging materials with improved heat dissipation and extended matching will provide the enhancements needed for continuous power regulation and simplified thermal management. These key developments will provide a roadmap for the development of high-power semiconductor lasers for decades to come.
Improvements in high-power semiconductor lasers make it possible to develop downstream 30mw laser pointer technology; in the downstream laser technology, semiconductor lasers are used to excite (pump) doped crystals (diode-pumped solid-state lasers) or doped optical fibers (fiber lasers).
Although semiconductor lasers provide high efficiency, low cost laser energy sources, there are two key limitations: They do not store energy and their brightness is limited. Basically, these two lasers need to be used in many applications: one for converting electricity into a laser emission and the other for enhancing the brightness of the laser emission.
Diode-pumped solid-state lasers. In the late 1980's, the use of pumped solid-state 50mw laser pointer with semiconductor lasers started to gain popularity in commercial applications. Diode-pumped solid-state lasers (DPSSL) have dramatically reduced the size and complexity of thermal management systems (primarily recirculating chillers) and have resulted in modules that traditionally incorporate arc lamps for pumping solid-state laser crystals.
The choice of semiconductor laser wavelengths is based on their overlap with the spectral absorption characteristics of the solid-state laser gain medium; the thermal load is greatly reduced compared to the broadband emission spectrum of an arc lamp. Due to the popularity of 1064 nm neodymium-based lasers, the 808 nm pump wavelength has become the largest wavelength in semiconductor lasers for more than 20 years. Fiber lasers provide a more efficient way of converting the brightness of high power semiconductor lasers. Although wavelength multiplexing optics can convert relatively low-brightness semiconductor lasers into brighter semiconductor 10mw laser pointer, this is at the expense of increased spectral width and optical mechanical complexity. Fiber lasers have proven to be particularly effective in photometric conversion.


- Radio beacons
Eureka/Rebecca Beacons in Belgium
For historical information only, do not use for navigation or aviation purposes!
Eureka/Rebecca was a radio navigation system developed in the United Kingdom during World War II. It was also used by several other countries. The last stations were operated in Great Britain until the early 1990s.
Eureka beacons in Belgium:
|Station||Frequency Receiving||Frequency Transmitting||Ident|
|Coxyde Koksijde (Wulpen)||226||222||WP||195x/196x|


The IoT (Internet of Things) SIG is to promote the research, development and application of the rapidly expanding category of wirelessly connected devices and machines, that makes use of internet to control/monitor various types of physical devices connected to the internet. This SIG will focus on the span the entire ecosystem revolving around IoT, such as cloud and edge computing, data analytics, sensor networks, mobile devices, Internet architecture, middleware and numerous IoT applications research and development. Our aim is to encourage research on innovative IOT based projects ideas and topics that are yet to be implemented. This SIG aims to connect IoT leaders and innovators with developers, entrepreneurs, and investors. This SIG also plan to launch one International journal and for that this SIG invites researchers and practitioners from academia, industry and government, and accepts original, previously unpublished work on a range of topics related to the Internet of Things.


Dr Vimal Kumar
Senior Lecturer (Computer Science)
Qualifications: BTech IPU - Delhi PhD Missouri S&T
Personal Website: https://www.cs.waikato.ac.nz/~vkumar/
My research interests are broadly in the areas of wireless sensors and security. Specifically I am interested in the development of secure wireless sensor networks, sensor clouds and internet of things. I am also looking into wearable devices security and issues in secure cloud computing.
Content cannot be accessed
Contact DetailsEmail: [email protected]
Phone: +64 7 838 4378


New experimental feature
Here is possible to add devices that aren't detected, like devices under an Areca controller, that needs a specific command to access to S.M.A.R.T. data.
To add a new device click on "Add" button and put a little description (example: /dev/areca2) of device and the command to access to this device (example: -d areca,2 /dev/arcmsr0).
Note that you need to restart HDD Guardian to make this setting work.


|Paper submission||May 28, 2017|
|Review notification:||June 25, 2017|
|Author rebuttal period:||June 25-July 1, 2017|
|Reviewer discussion period:||July 2-7, 2017|
|Decision notifications||July 12, 2017|
|Camera-ready paper deadline||August 7, 2017|
|Author advance registration||August 7, 2017|
Copyright by Moyan Brenn
The 27th MLSP workshop in the series of workshops organized by the IEEE Signal Processing Society MLSP Technical Committee will take place at International House of Japan, Roppongi, Tokyo, Japan and present the most recent and exciting advances in machine learning for signal processing through keynote talks, tutorials, as well as special and regular single-track sessions.
The presented papers will be published in and indexed by IEEE Xplore.


Virus & Malware
Its pretty time consuming and arduous to set home/office networking by self, as there may be numerous difficulties related to routers, modems, hubs, switches etc.
Now a days, Internet has become a necessity for everyone. With its help, we are able to connect with any one in and around the world. The Router is one of the most important component to connect to the internet. But there are lots of problems faced by the user with their router. To get the issues fixed, a user needs to contact a reliable D-Link Router Help.
To connect multiple laptops/computers you need is a router and create a home/office based network. Since configuring and setting up a router is a little difficult task we offer you a seamless solution in configuring your Home/Office based network in no time. We will not only configure the router but troubleshoot the issues with your existing network which makes us the best in the market.
Over the years, we have acquired our customer’s trust with our D-Link support services in the USA and Canada. We are available round the clock via our D-Link Technical Support number. You can contact with us via mail also. Our comprehensive D-link Router Support service package includes:


In today’s digital age, networking plays a vital role in our daily lives, whether we’re at home, work, or on the go.
And with the increasing complexity of modern networks, it’s essential to have the right tools to manage and troubleshoot them. That’s where Fing Network Tools comes in. Fing Network Tools is a suite of network analysis and monitoring tools that can help network administrators, IT professionals, and even home users manage their networks more effectively.
Fing Network Tools is a software application that allows you to scan, discover and manage your network. The software is available for Windows, macOS, Linux, Android, and iOS devices. It’s designed to help you find out what devices are on your network, what IP addresses they are using, and what services are running on them.
Fing Network Tools Features
Fing Network Tools provides a range of features to help you manage and monitor your network, including:
- Network Discovery: Fing Network Tools scans your network and discovers all connected devices, providing you with essential information about them, including IP addresses, MAC addresses, and device manufacturers.
- Service Detection: Fing Network Tools can detect and identify the services running on your network devices, including HTTP, FTP, SSH, and Telnet, among others.
- Ping: Fing Network Tools can ping a device on your network to check if it’s online or offline.
- Traceroute: Fing Network Tools can trace the route packets take from your device to a destination device, allowing you to identify any network latency or packet loss issues.
- Wake-on-LAN: Fing Network Tools allows you to wake up a device remotely using the Wake-on-LAN protocol.
- Subnet Scanner: Fing Network Tools can scan a subnet of IP addresses to discover all devices connected to it.
- Port Scanner: Fing Network Tools can scan the ports on a device to identify open and closed ports.
- DNS Lookup: Fing Network Tools can perform a DNS lookup to find the IP address associated with a domain name.
- Whois: Fing Network Tools can perform a WHOIS lookup to find information about the registered owner of a domain name.
- Network Sharing: Fing Network Tools allows you to share your network map with others.
Fing Network Tools Benefits
Fing Network Tools provides numerous benefits, including:
- Network Optimization: Fing Network Tools helps you optimize your network by identifying devices and services that may be causing issues.
- Security: Fing Network Tools helps you secure your network by identifying potential security risks, such as open ports and unsecured services.
- Troubleshooting: Fing Network Tools helps you troubleshoot network issues by identifying devices that may be causing problems.
- Remote Management: Fing Network Tools allows you to manage your network remotely, including waking up devices using Wake-on-LAN.
- Cost-Effective: Fing Network Tools is a cost-effective solution for managing and monitoring your network compared to other enterprise-level network management solutions.
Fing Network Tools is a powerful suite of network analysis and monitoring tools that can help network administrators, IT professionals, and home users manage their networks more effectively. With its comprehensive features and benefits, Fing Network Tools is a valuable tool for optimizing network performance, enhancing security, and troubleshooting network issues. Whether you’re a seasoned network administrator or a home user looking to better understand your network, Fing Network Tools is an excellent choice.


Bell Sensing Technologies is a division of Bell Laboratories that develops and supports a technology platform for iQ® products. This technology is built around a proprietary app and portal that communicates with iQ® products by gathering, storing and reporting on the rodent activity occurring at an account.
Using Bell Sensing Technology, pest control managers will now be able to know everything about the rodent activity occurring at their accounts. When, where, and how much activity will no longer be based upon an ‘educated guess’. It will now be known in extreme detail and will automatically be collected and archived to provide trend analysis and proof of the efficacy of a service. This information provides technicians the ability to know in real time where hot spots are occurring so more time can be spent addressing problem areas. Thus, allowing every technician to be more effective and valuable.
All iQ® products utilize the Bell Sensing Technologies platform and are supported by dedicated sales and technical personnel.


The Consumer Price Index (CPI) category telephone services is part of the education and communications major group and has two components: wireless telephone services and landline telephone services. The CPI publishes monthly U.S.-level indexes for telephone services and both of its components.
Personal wireless (also known as cellular) phone service where the telephone is portable and sends and receives signals for calls through the airwaves. Services priced are primarily specific plans offered by cellular companies and prepaid plans. All service charges, applicable per-plan charges or per-minute call charges, and other charges normally included in a cellular plan are eligible for pricing. Internet access is also eligible. Exclusions are pagers, pay phone charges, and residential landline telephone service. Other phone services, such as long-distance and phone service activation are excluded unless they are automatically included with a plan at no extra charge. Monthly fees charged by the carrier for the cost of a device are not eligible. Any plans for use by businesses are not eligible.
Charges for all types of local and long-distance residential services are eligible for collection, including charges for dial tone services, line maintenance and access, 911 services, directory assistance, touch-tone service, and other special features and mandatory charges and installation. Also eligible are prepaid long-distance calling cards and bundled services that combine landline telephone services with internet and/or cable television. Applicable taxes are included if available. Purchases, leasing, or rental of telephone equipment, cellular telephones and cellular service, and intercoms are excluded.
The relative importance of an item category is its percent of the CPI market basket based on data from BLS Consumer Expenditure Survey as of December of the most recent year.
Relative Importance, December 2017
|Wireless telephone services||1.749|
|Landline telephone services||0.583|
Another way to look at this is that wireless telephone services accounts for approximately 75 percent of the weight for the telephone services category.
In order to determine where to collect information on specific categories, including the two telephone services categories, a Telephone Point of Purchase Survey (TPOPS) is conducted by the U.S. Census Bureau. The TPOPS is used to collect data about where consumers purchase goods and services and how much they are spending. The data from the TPOPS are then used to select the retail establishments in which BLS monitors the prices of telephone services. Most outlets in the two telephone services categories are traditional telephone companies (called carriers). Other outlets are cable television companies and internet service providers that sell bundles of services that include telephone service; a few stores selling calling cards are also included.
Bundled services are now a common method for consumers to purchase telephone services, internet access, and cable television. Telephone companies, internet service providers, and cable television companies all sell these products, which can be bundled into one package eligible for selection in each of three different CPI categories. When selecting sample in the telephone services category, if a bundled service is selected, it is assumed the customer’s primary intent is purchasing phone services. Therefore, phone service must be included in the service bundle along with either internet or cable services. Once an outlet is selected based on the TPOPS, a specific service is selected for use in the CPI. Detailed characteristics are recorded so that the same item can be priced over time and, if the carrier discontinues that item, the most similar substitute can be identified.
For the telephone services components, the CPI returns every month to each sampled outlet or their website (or both) to obtain the current prices of the selected items, including any changes or promotional offerings. Any characteristics of the selected items that have changed are also identified and reviewed. When the price of an item changes, BLS tries to determine a reason for the change; however, if the characteristics remain unchanged, the CPI usually reflects the price change without any adjustments.
If the originally selected item in the sample is no longer available for sale, a replacement item is selected, generally the one that is most similar to the discontinued item. A CPI analyst evaluates every item replacement to determine the following:
If the replacement is essentially the same as the predecessor item, the CPI can treat any price difference between the replacement item and its predecessor as pure price change. If the characteristics of the item changed and the reported change is one that provides little value to the consumer, the CPI will show the unadjusted price change. For example, changing to fiber optic cable for local phone calls makes carrier operations more efficient, but customers might see little change in their purchased service.
If the replacement is different from its predecessor and the value of the difference in quality can be accurately estimated, a quality adjustment can be made to the previous item’s price to include the estimated value of the difference in quality. For example, CPI analysts have estimated the value of additional monthly wireless high-speed data. So if a carrier adds data to a wireless service plan, the CPI adds the value of additional data to the price of the predecessor item. Similarly, should the carrier reduce the amount of data included in the priced wireless service plan, the value of the extra data would be subtracted from the predecessor’s price.
If the replacement is different and the value of the difference cannot be estimated, the CPI uses an imputed price for the item in place of the collected price. An imputed price is the price of the predecessor item adjusted by the average change in price of other similar items.
Additional information may be obtained from the Consumer Price Index Information Office by email or calling 202-691-7000. Information on the CPI's overall methodology can be found in the BLS Handbook of Methods.
Last Modified Date: February 22, 2018


Telecom cabinet (also known as server cabinet or network telecom cabinet) is a kind of equipment used to store and organize servers, network equipment, telecommunications equipment, etc., usually used in data centers, computer rooms, enterprises, schools, hospitals and other places. Communication cabinets have the following advantages:
1. Secure your device
Telecom cabinets can store and organize various equipment such as servers, network equipment, telecommunication equipment, etc. in a secure enclosed space. These devices are often very expensive and therefore need to be protected. Communication cabinets can provide physical protection for security, such as fireproof, waterproof, anti-theft, etc.
2. Provide a good heat dissipation system
Telecom cabinets typically have efficient cooling systems that help maintain a stable temperature for equipment. This is very important for the long-term stable operation of the equipment. The cooling system of the communication cabinet usually includes fans, heat sinks, air filters, etc.
3. Simplify device management
Communication cabinets can help simplify device management. Organizing devices in a centralized area can make it easier for managers to find and access devices. In addition, communication cabinets often have standardized dimensions and interfaces, which makes installation, movement, and replacement of equipment easier.
4. Improve work efficiency
Telecom cabinets can help increase productivity. By using communication cabinets, managers can find and resolve equipment problems faster. In addition, communication cabinets are often scalable and can add equipment as needed.
The communication cabinet is made of high-strength steel plate, which can meet the requirements of most communication systems and is relatively low.
In summary, a communication cabinet is a very useful device that can provide secure and efficient device storage and management. If you need to store and organize a variety of equipment, communication cabinets are an option worth considering.


What is HDTV?
High Definition Television (HDTV) is a type of Digital Television (DTV) that combines extremely high resolution with Dolby Surround Sound capabilities. HDTV provides a crisp, detailed image. HDTV screens are wider than they are tall, providing a panoramic view, similar to a movie screen. This allows you to see movies as they were filmed without reformatting. There are also HDTV-capable sets that look like regular televisions, but provide HDTV formatting in a letterbox presentation (with black bars on the top and bottom of the TV image).
What do I need to get HDTV?
You will need an HDTV set and a HDTV Digital Box. ATMC offers a HDTV digital box with a built in decoder. You will also need component video (RGB) cables and audio cables to connect this equipment.
What is the difference between analog cable, digital cable and HDTV?
Analog cable is the same signal that has been around for years. It is a relatively low bandwidth (as it is off-air), composite signal (all video and audio information in one). Digital cable is digitally encoded, standard definition video. Digital provides superior color resolution, particularly when used with component connections, and it is not susceptible to things like Radio Frequency and Electromagnetic interference that can affect analog signals. HDTV, like standard digital, is digitally encoded video, but at roughly 6 times the resolution of standard definition television. This provides you with clearer and crisper images plus wide screen viewing.
What is the difference between the digital box and the HDTV digital box?
They look and function the same, but the high-definition digital converter is designed to pass the high-definition signals needed to view HDTV signals on your HDTV set.
I already have a High Definition television. Do I still need ATMC's HDTV digital box?
Yes. You will need the HDTV digital converter to receive the HDTV programming.
What type of audio quality does the HDTV terminal support?
The audio is primarily Dolby AC3 surround.
When is ATMC going to have more HDTV programming?
We will be adding high-definition programming as it becomes available to us. ATMC needs to work out carriage agreements with the programmers as the new channels become available for distribution. This HDTV web page will be updated when any new HDTV programming is added.
Why do my regular digital and analog channels not have the same clarity as the HDTV channels on my HDTV?
Because HD Channels are broadcast at a much higher resolution than standard definition channels. Your analog and standard digital channels are still able to be viewed on your HDTV, but they will not be in high definition.


- Capable of Recording Directly to USB Devices: A USB port (Type A) is installed on the top panel. Users can record their own DJ mix directly to a USB storage device without having to use a computer or recording device. As recorded DJ mixes are saved in WAV file format, they can be imported and playback on a PC or portable audio player.
- Equipped with Intuitive Operations and Four Kinds of Effects for Enjoying Remixing: The DJM-350 comes equipped with four kinds of effects - Filter, Crush, Jet and Gate.*1 The intuitive controls allow sounds to be altered so original arrangements can be added to songs and users can enjoy DJ-ing with all kinds of remixes.
- Equipped with an Isolator Type*2 of 3-Band Equalizer on Each Channel: The DJM-350 has a built-in 3-band, isolator type of equalizer that allows a broad range of level control, from +9dB to - (cut) in each of the HI, MID & LOW ranges. As each band can be controlled independently, users can enjoy a variety of DJ performances.
- Digital System with a Clear Sound for DJ Mixing: The analog signal is input and converted to digital via the shortest of circuits. In addition, the analog and digital circuits are isolated from each other and all signal processing is performed by a high-performance CPU that minimizes noise. The DJM-350 inherits the high fidelity design of the DJM series so users can enjoy DJ mixing with a clean, clear sound.
- Equipped with MIC/AUX terminals for connecting portable audio players and/or mics.
- A Pioneer CDJ player can be used for fader, start or play functions via a link to the fader control.*3
- All channels are equipped with peak level meters, which indicate the input level on each channel.
- Our Crossfader Curve Adjustment function makes it possible to adjust the crossfader*4 curve.


STARS VIGILANT Emergency Communications Centre
STARS VIGILANT Emergency Communication Centre (ECC) was established in 2008 to coordinate emergency response plans on behalf of our industry clients. Trained by the International Academy of Emergency Medical Dispatch, STARS VIGILANT emergency communication specialists (ECS) use advanced technology to facilitate emergency response protocols.
STARS VIGILANT can provide you with various emergency response plan services depending on your organization’s needs:
STARS VIGILANT Emergency Call Answer Services
Emergency communications specialists are available 24/7 to provide:
- Activation of emergency response plans;
- consistent and accurate call answer services;
- accurate use of geographical information systems (GIS) mapping technology to confirm incident locations;
- education and outreach for EH&S team and field staff;
- activation of incident notification and mass broadcast systems to notify stakeholders of an emergency.
STARS VIGILANT Emergency Communications Centre Services


My home Internet Service Provider (Time Warner Cable) recently deployed native IPv6 on their cable modem based Internet service. When I noticed this, I immediately wanted to jump on the bandwagon and bring my home network into the 21st century. I had already been using an IPv6 tunnel from Hurricane Electric and felt fairly confident that moving to my ISP's native IPv6 networking would be trivial. As detailed below, this confidence would quickly turn to frustration and uncovered a variety of examples showing how unprepared we are for the IPv6 transition. After several days of working on this I felt compelled to document this to give others a starting point and to solicit feedback on how we can address some of the problems I encountered.
Below is a simple diagram of my home network. These days, this is fairly representative of the typical home network.
While it can be argued that some of the components are different for a typical residential network, the size and complexity is about average these days. In many cases there are people running gaming PCs (which could act as servers as well), networked thermostats and/or home automation equipment, networked printers, networked storage, and other such devices. The point here is that the typical home has a fairly complete network on the "customer" side of the cable modem separated by a so-called "router" of some kind. In addition, this network, while Internet-connected, tends to serve many local (non-Internet) functions as well. In this case, the DVR functions operate independently of the Internet (over-the-air TV from the TV Tuner gets recorded onto the DVR backend server with no Internet involvement).
The important thing to note here is that, in the IPv4 world, this is a complete network with IP addressing independent of the Internet Service Provider (ISP). We accomplished this by using site-local IP addresses (also known as private or RFC1918 addresses). Since we only had a single IPv4 public IP address from our ISP, our router would act as a network address translator (NAT) and all the devices on the network would access the Internet via that single IP address. Consequently, when we wanted to host any kind of service from our Internet connection, we would need to provide special programming in our routers to route specific traffic to a device on our local network. Either through our router or running a local nameserver (such as BIND/named), we could easily translate host names to the private IP addresses we assigned. This would allow all of the devices on our net to access each other. There are many good articles outlining the problems with NAT and the use of private addressing, and so that will not be discussed here. Again, the point is that we have a network with ISP-independent addressing and that the devices on this network have a desire to communicate with each other (not just the Internet).
One of the key features of IPv6 is the expansion of the public IP address space. With IPv6 fully deployed, ideally all home equipment could have its own public IP address, could potentially gain access to or be accessed by a host on the Internet, and all of the issues associated with NAT would be a footnote in Internet history.
When people move away from NAT and replace their device addresses with public IPv6 addresses, the usual concern I hear is with regard to security. People have become accustomed to protecting their internal hosts by making the assumption that having private addresses and NAT will keep intruders from accessing internal hosts. While this is correct in theory it is a very naive assumption. In reality the most recent attacks on systems take place by dropping some kind of malware on a system (generally by tricking the user into downloading and running the malware), then having that software "phone home" by establishing an outbound connection to a remote-control-type facility. This succeeds in spite of NAT. NAT is not a security mechanism nor is it a suitable substitute for good system hygene. A very basic stateful firewall with rules blocking all inbound traffic by default is an equivalent way to provide the protections that NAT provided.
In short, the architects and standards committees developing IPv6 were so convinced that phasing-out NAT was the right direction that they avoided, at every step, the concept of supporting private IP addressing and NAT in IPv6.
This is where we begin our adventure.
There are several ways to deploy IPv6 in a large-scale service provider network. Most of these are intermediate steps toward what should ultimately be a native IPv6 implementation. A native implementation is where IPv6 packets share the same network pipe with IPv4 packets, with no tunnelling or special treatment required. In the case of Time Warner Cable (TWC) in Austin, Texas, they decided to do a native IPv6 deployment. In very simplistic terms, this means that if I have a device that supports IPv6, all I need to do is hook it up to my cable modem and IPv6 is there. While TWC has not officially (as of this writing) announced their IPv6 deployment, I noticed some IPv6 packets (specifically ICMP6 RA (router announcement) packets) coming from the cable modem, and realized that they had started the roll-out.
Important note: I am not going to go into fine detail on the IPv6 protocol in this text. There are several references on IPv6, and you should consult these if you are unfamiliar with IPv6 and how it works.
TWC's IPv6 implementation is a stateful autoconfiguration process -- by this, I mean that instead of providing network information via ICMP6 multicast packets, the customer premise equipment (CPE) is expected to request the address information from TWC's servers via DHCPv6. The RA packets that I saw from TWC's equipment had the managed address configuration and other configuration flags set, and this indicates to the CPE that DHCPv6 is used (rather than stateless autoconfiguration, where each host builds its own IPv6 address from information in the RA packet). In the IPv4 world, DHCP provides a host with a single IP address. In the IPv6 world, the default behavior of DHCPv6 is the same. This would not work well if, for example, you had a full network behind the router on your cable modem. That being said, IPv6 provides (and TWC implements) two different DHCPv6 methods:
The second method is a departure from the old IPv4 way of doing
things in that we theoretically have an entire block of addresses
for devices on our network. In the case of TWC, they provide
the CPE with a "/64" size network block - leaving 64 bits of a 128
bit IPv6 address for us to provide addresses for the systems on
our network. The number of possible addresses in 64 bits is
an amazingly large number. In practice, most people utilize
the full 64 bits on the local side through stateless
autoconfiguration which takes the 48 bit MAC address of the device
and a simple algorithm to form a unique "modified EUI-64 format"
host address. There is really no reason why you couldn't
take that /64, subnet it using your router, and have several
physical IPv6 networks using that /64 (although stateless
autoconfiguration would probably be out of the question...).
What is important to understand here is that, for the first time,
the network part of the IP address (specifically, the IPv6
address) will be determined by your ISP, and that network will be
acquired by DHCPv6.
While having public network addresses opens up a new world of
opportunity for Internet access, having a dynamic network portion
of the IPv6 address (the IPv6 prefix)
likewise creates a new kind of problem. Recall that when
using private IP addressing, the network portion of the address (for most home
users, it was
192.168.1.0/24) was constant.
Therefore, no matter what happened with the ISP, the IP addresses
for nodes on the internal network remained constant. When
the IPv6 prefix is chosen and distributed by the ISP, this creates
the following new problems:
These problems likewise have wide-reaching impact on the network. Based on the above issues, this list now also includes...
resolv.confor similar (or even configure a local DHCPv6 server) with the address of the DNS server
Some of the above conditions could be addressed through clever scripting triggered by the DHCPv6 client handling the prefix assignment. However, this still doesn't address the problems associated with the IPv6 prefix being changed and thus having all the addresses on the internal (local) network changing, nor is it clear how the internal network prefix should be assigned prior to the connection to an ISP.
In the IPv6 world, each physical network interface has what is
called a link-local address (prefix
remains no matter what the global ("public") IPv6 address
is. However, the problem with link-local addresses is that
using them requires that the physical interface be specified in
addition to the target address. This is not obvious until
one considers a multi-interface host where it is unclear which
physical network a target host resides on. On Linux,
attempting to access a link-local address without specifying the
interface will return "
connect: Invalid argument" and
most applications are not written to deal with a syntax that
includes the interface. So using link-local addressing for
internal hosts is not practical. Consider also that a home
network could, conceivably, consist of multiple physical networks
(although this would not be the common configuration).
While the standards committees frown upon using local addressing
at the site level, a prefix defining what are called unique local
addresses (ULAs) was defined (this is prefix
defined in RFC4193). ULA is the IPv6 equivalent to the
site-local addresses like
first in RFC1918) that was used in IPv4. Researching this
turned-up article after article strongly discouraging the use of
ULAs, and it is not even clear that the standards committees will
keep ULAs as part of the standard. The biggest reason why
ULA is considered taboo is that an application sending an IP
packet to the Internet will not know whether to source that packet
from the ULA or the Internet global address. In effect, it
would require every host on the network to have details of the
network routing in order to determine the source address to use,
and engineers are justifiably concerned about ULAs ending up on
the global IPv6 Internet.
The best solution to these problems would be for the ISP to provide each customer a specific IPv6 prefix upon signing-up for service, and this prefix would persist for the life of the customer-ISP relationship. In other words, while DHCPv6 could still be used to hand-out the prefix (if desired), the prefix would be predictable from the customer point-of-view, and therefore the customer could treat it as though it were a static prefix when configuring their network. The only time a change would be required is when a customer changed ISPs or, perhaps, changed physical service location within that ISPs service area. Unfortunately, ISPs are not known for being reasonable in this regard (in fact, they may see such a critical requirement such as this as yet another revenue-grabbing opportunity), and it is not clear that the (in the case of Time Warner Cable, for example) cable modem termination system (CMTS) equipment has been set-up to provide this for residential customers. Other options such as residential customers applying for their own IPv6 prefixes and requesting routing by the ISP is quite impractical, and would create ridiculously complex routing tables that impact the entire Internet. It makes good sense for the ISP to assign the IPv6 prefix to the customer for route aggregation purposes, and frankly most residential and small/medium business customers would rather not have to deal with obtaining and coordinating routing for their own prefix.
The unfortunate consequence of the above situation is that the IPv6 Internet is still not ready for global consumption yet. I was disappointed at the lack of thought by ISPs (notably, cable Internet providers) regarding the issues of prefix assignment. I was able to find a document from CableLabs defining specifications for a customer router, which left me with the feeling that the cable ISPs were ultimately going to integrate all IPv6 routing functions inside the ISP-provided modem, leaving no way for the customer to deal with the problems indicated above.
In the meantime, the best workaround is to use dual-stack (IPv4/IPv6) on all hosts on the internal (local) network and prefer using IPv4 for all local traffic (ie. use IPv6 only when addressing Internet hosts). I don't like this solution because it encourages the continued use of IPv4 and underscores the futility of a mass-deployment of IPv6. It additionally gives equipment manufacturers an excuse to not support (or not fully support) IPv6 in new products or updated firmware. Adopting IPv6 in the home motivates manufacturers to move forward with IPv6 support.
Finally, the proper way to deploy IPv6 prefixes to the customer is to assign them on a per-customer basis when establishing service rather than dynamically from a prefix pool. This will require ISPs to provide this information to customers during service establishment (through the customer service portal would be ideal), and the CMTS (or similar on the DSL and FTTx side) to be able to properly handle routing the assigned prefix to the customer's CPE.
Article Copyright ©2012 - Gil Kloepfer


YOUR HOME IS CLOSER THAN YOU THINK
With this compact satellite communicator your home is always close even when you are offline, for greater peace of mind in every adventure and without adding weight to your luggage.
Thanks to global satellite coverage you can stay connected when mobile phones don’t allow it.
In case of emergency, you can send an interactive SOS message to our coordination center.
Plus, you can always connect to the people who matter to you, even if there’s no phone network.
With TracBack® routing you find your way back if you happen to get lost.
Expand the capabilities of your inReach device using the Garmin Explore ™ app.
Live your adventures longer with a battery that lasts up to 14 days with a detection rate set to 10 minutes.
Exchange text messages with friends and family back home, post on social media, or communicate with another inReach device in the field.
INTERACTIVE SOS ALERTS
In the event of an emergency, activate an interactive SOS message directed to Garmin IERCC, a professional emergency response coordination center, operating 24/7.
Share your location with loved ones back home at any time using the MapShare ™ page or the coordinates embedded in your messages.
GLOBAL SATELLITE NETWORK
Instead of the cellular network, your messages, SOS alerts and position records are transmitted via the Iridium® global satellite network.
FLEXIBLE SATELLITE TRANSMISSION PLANS
An active satellite subscription is required to access the Iridium network and communicate with your inReach Mini 2 device. You can choose a yearly package or a flexible monthly plan.
COMPACT AND ROBUST DESIGN
Don’t be fooled by the 4 ″ x 2 ″ in size and 100 g in weight. inReach Mini 2 is tough, durable, impact resistant (MIL-STD-810) and has an IPX7 waterproof rating.
The TracBack routing function shows you the way back to the starting point following the path of the outward journey, in case you get lost, directly to the device.
Get accurate direction information, even when you’re not moving.
The internal rechargeable lithium battery lasts up to 14 days in default detection mode every 10 minutes and up to 30 days in power saving mode.
INREACH WEATHER FORECAST SERVICE
Receive detailed weather updates on inReach Mini 2 or a paired compatible device. You can also request forecasts for your current location or other waypoints or destinations on the route.
UNLIMITED CLOUD STORAGE AND PLANNING
Access the cloud-based Garmin Explore website for free on your computer to plan trips, create preset messages and quick texts, sync and manage your device settings, and much more .
Synchronize with the Garmin Explore website or mobile app on your compatible smartphone for navigation, waypoints, routes, activities and collections. Plus, you can access trip planning and topographic maps.
OTHER GARMIN DEVICES
Remotely control the inReach Mini 2 to send and receive messages, start and stop tracking, and activate an interactive SOS using compatible Garmin handhelds, wearables or other mobile devices.
GARMIN PILOT ™ APP
Pair it with the Garmin Pilot satellite communicator to easily send and receive text messages from the cockpit, even in areas with no mobile network reception. The app can use the GPS location and location sharing capabilities of the inReach Mini 2 device for flight.
|Dimensions||2.04 ″ x 3.90 ″ x 1.03 ″ (5.17 x 9.90 x 2.61 cm)|
|Screen size, WxH||0.9 ″ x 0.9 ″ (23 x 23 mm)|
|Screen resolution, WxH||176 x 176 pixels|
|Screen type||Anti-glare, black and white, transflective memory-in-pixel (MIP)|
|Weight||3.5 g (100 oz)|
|Battery||Internal lithium-ion, rechargeable|
|Battery life||Up to 14 days with a survey sent every 10 minutes, with standard activity logging and full sky view
Up to 4 days with moderate tree cover (default)
Up to 5 days with a survey sent every 10 minutes, with high detail activity logging and full sky view
Up to 2 days with moderate tree cover
Up to 30 days with a survey sent every 30 minutes, with standard activity logging and full sky view
Up to 10 days with moderate tree cover
Up to 1 year if off
| Water resistance classification < / th>
Maps and memory
|High sensitivity GPS receiver||✓|
|GPS compass (moving)||✓|
Smart daily functions
Features for outdoor activities
|Send and receive text messages to SMS and email addresses||✓|
|Send and receive text messages to other inReach devices||✓|
|Swap locations with other inReach devices||✓|
|MapShare compatible with discovery||✓|
|Virtual keyboard for custom messages||✓|
|Compatible with InReach®||✓|
|Compatible with the Garmin Explore ™ app||✓|
|Compatible with Garmin Explore website||✓|
|Compatible with Garmin Pilot ™ app||✓|
|Wireless connectivity||Yes (Bluetooth®, ANT + ®)|
- inReach® Mini 2
- USB cable


You can access our public Wi-Fi networks and mobile printing service from your personal device (laptop, tablet, or smartphone). We have open and secure networks, both of which are free and available throughout the building.
The two available Wi-Fi networks are:
- JCPL WiFi is an open network that doesn’t require a password.
- JCPL Secure WiFi is a secure, encrypted network. Ask for the secure network password at any service desk.
Printing is available from your mobile device. Please visit the second floor Information Desk for assistance.


Balmar Regulator Kit f/Valeo w/MC-618 [MC-618-VL-01]
Regulator Kit for Valeo with MC-618
Balmar's MC-618 Regulator communicates with the SG200 Battery Monitor to provide information to the SG200 Color Display and Smartphone App. Now you can see how the MC-618 Regulator is directing your onboard charging activity from either the SG200 2" Color Display and/or the optional Bluetooth Smartphone App. Basic setup functions can be accomplished from the SG200 Color Display, Smartphone App, or the traditional on-regulator programming tool. Advanced Programming functions are available from the Bluetooth Smartphone App. Balmar customers have been asking for years to view regulator information from outside the engine compartment. Balmar has accomplished this goal without the need for a separate dedicated display device!
- 30-SR12-02 Internal Smart Ready® Regulator Conversion Kit
- MC-618 External Regulator
- Wire Harness
- MC-TS-A & MC-TS-B Temp Sensors


Tolly recently spoke with Dr. Seth Noble, Founder and CEO at Data Expedition regarding their CloudDat product announcement, which is a high-performance software for data transport to and from the cloud designed to meet 21st-century networking demands. For more information, visit https://clouddat.com or follow them on Twitter at @DataExpedition.
Here are a few key elements that we gleaned from speaking with Dr. Noble:
For those being exposed to Data Expedition and CloudDat for the first time can you please share some background information on the company and the new product?
Data Expedition, Inc.® (DEI®) is the creator of the world’s only data transport software that instantly adapts to fully utilize any network path, maximizing the throughput of existing network infrastructure. Since 2000, DEI has provided data transport solutions to the world’s largest companies across nearly every continent and industry. The company’s patented MTP™/IP technology uses unique flow-control and error recovery algorithms to achieve high-network efficiency across all IP networks. Companies using DEI’s solutions can automatically transport data as fast as the underlying infrastructure will allow without human intervention at a fraction of the cost of other solutions.
Can you go into more detail on CloudDat, specifically its technology and how it can provide the faster data transport?
CloudDat runs on DEI’s patented Multipurpose Transaction Protocol® (MTP™/IP), a modern transport protocol designed for modern IP networks. MTP moves data faster by making the network itself more efficient, and with the skyrocketing dependence on cloud deployments, MTP is poised to become the critical transport mechanism behind a vast amount of network data transfer.
As a pure software solution, CloudDat can be deployed alongside traditional applications without changing or disrupting existing networks. Easy-to-use, FTP-like user interfaces and generous client licensing make CloudDat a quick way to super charge data intensive cloud workflows.
Do you have a public example of DEI product(s) in action and the benefits it provided said organization?
Yes, we have a number of public examples for the likes of Amagi, Associated Press, the Children’s Hospital of Philadelphia, The Walt Disney Company, Lockheed Martin, Proctor & Gamble, Ricoh, and the United States Air Force, to name a few.
In the case of Amagi, who is a pioneer in cloud-managed broadcast services and targeted advertising on TV and OTT they needed a reliable solution with a sustainable pricing model, not based on their bandwidth or number of users.
With DEI’s ExpeDat, which is built on DEI’s proprietary and Emmy®-award winning MTP/IP transport protocol, ExpeDat seamlessly integrated with existing workflows for content transport across Amagi’s infrastructure platforms, and provided complete assurance that data will be transferred as reliably and as fast as their connection allows.


SCARBOROUGH, Maine -- An event that took place miles above the Earth had a significant effect on communications at Hannaford Bros. here, which relies on satellite technology for transmitting data such as credit and debit authorizations.
The retailer had been testing a land-based communications network employing Asynchronous Transfer Mode technology at four of its Maine stores since September. The ATM system, described as the next generation beyond frame relay technology, is capable of transmitting voice, data and video through one stream.
Linking to the ATM system "gave us 80 times the capacity [of our existing system] for the same price," Bill Homa, chief information officer at Hannaford Bros. told SN.
The celestial event was the failure of the Galaxy IV telecommunications satellite just prior to the Memorial Day weekend. Hannaford had already been planning to expand the ATM network to the remainder of its Maine facilities when the satellite failure knocked out much of the chain's communications.
"We were able to get some of the stores on dial backup, but we would have had to repoint the satellite dishes at each store, which might have knocked out communications for a week," said Homa. "Instead, we linked all but two Maine stores to the ATM network -- it was faster to do than repointing the satellite dishes."
Hannaford Bros., with supermarkets in eight states in the Northeast and Southeast, has 46 corporate-owned and 11 independent supermarkets in Maine, as well as its headquarters and two distribution centers.
Homa estimated that the retailer would achieve a return on investment from use of the ATM network in Maine in "less than one year." Hannaford plans to expand its use of ATM technology chainwide by June 1999, but issues, including prices for calls and regulations involving interstate long-distance communications, need to be settled before the rollout can proceed.
One reason for the savings in Maine is that voice transmissions are essentially included in the cost of using the network for data transmissions, said Homa. "It allows us to reduce the number of phone lines and the number of long-distance calls," he said. "Some of our largest stores have as many as 30 outside lines, for which we're charged $42.50 per month each."
Indeed, the ATM network has more capacity than Hannaford could possibly use, said Homa. The retailer has been involved in developing products to enable it to link to the system's infrastructure, originally established to provide communications to the state's governmental and educational institutions, since 1996.
"We were involved in a joint venture with a telecommunications product company to develop a communications switch that could bring it down to a T-1 speed," said Homa. "We ran field trials and were able to have input on what the product could do."
For example, the switch needed to interface with all Hannaford's phone systems, which include both analog and digital technology in different supermarkets.
"We wanted the product to be able to carry six voice circuits, plus fax, data such as credit and debit information, and eventually video," said Homa. "When we began this project, our data needs had increased 15 times in the previous three years. We were bumping against the limits of our satellite networks, which was affecting our pharmacy and credit/debit customers."
Hannaford is currently using the ATM communications network for both real-time communications, such as voice, e-mail, pharmacy price adjudication and credit/debit authorization, as well as to distribute software electronically and transmit batch files of less time-sensitive information, such as time and attendance and item-maintenance data.
Plans for the ATM network include more use of such data-based communication, part of the retailer's effort to eliminate paper from its operations. Even further ahead, "we could use it for videoconferencing and for centralized video security," said Homa. "For example, if we got an alert that a cash drawer was open for more than one minute, we could remotely swing a video camera to that lane from our headquarters. But this is not happening tomorrow," he added.
The ATM network is operated by Bell Atlantic, New York, and the communications switch hardware is from Cisco Systems, San Jose, Calif.


By: Scott Christianson
Mobile Device Management is revolutionizing the smartphone market, from Apple iOS and Android devices to laptops and ruggedized mobile devices, it is being used in medical facilities, schools, businesses, and even in the cockpit of the next flight you take. The concept is not new, Blackberry has offered some of these services to its customers for years, but with the advent of more robust smart devices it has allowed the market to explode. It is estimated that roughly 60-70 percent of business today will adopt some form of MDM solution in the next few years.
Typically, these solutions are either controlled by an On-Premises solution or Cloud based “SaaS” solution that charges a monthly fee for service. Not only does MDM allow for email and remote software application installations, but it also allows users to connect securely to corporate networks allowing ANYTIME access to documents, reports and applications.
Many of the terms related to Mobile Device Management will include MDM (Mobile Device Management), MEM (Mobile Email Management), MAM (Mobile Application Management) and BYOD (Bring your own device).
Some MDM solutions provide features to restrict attachments being sent outside of the corporate email infrastructure while also encrypting messages and data attachments for security purposes. Other security features include device encryption, data cards (SIMs) encryption and forcing of strict password controls depending upon corporate requirements. Many providers have enabled the corporate data and software to be wiped (removed) from the device if the device ever becomes lost or stolen, up to the point of wiping the entire device of all corporate and personal data should it be required.
In addition to encrypting messages and attachments, modern MDM solutions can monitor devices for Jail-Breaking iOS devices or Rooting Android devices and can quickly send messages to the Administrator and owner of a device when such occurrence is detected, even up to the point of disabling access to company data, email and changing passwords to lock the device. Features also include remote locking of a device, add requirements for strong password to unlock the device and the removal of profiles installed on the devices.
MDM has leveraged both corporate owned devices and employee-owned devices (BYOD) Bring Your Own Device. These solutions can monitor device location, telecommunication usage, remotely install software, track, and protect email usage and allow access to company network data. Other features allow the disabling of Cellular Data when traveling to save costs, locking out features that may compromise security as well as special configurations to place the devices into a Single Device Multi-User mode so the device can be shared among many users in a company.
As more and more companies adopt management of mobile devices it becomes necessary to make all the networking and policy pieces fit so that all devices can benefit from this technology.
Create detailed use policies for your users to sign detailing use, monitoring, access times. This may help to avoid future legal battles regarding privacy, overtime pay and help to set the user expectations regarding the MDM program.
The above are just a sampling of the questions that should be answered prior to a rollout of an enterprise MDM solution.
MDM solutions can be an effective way to increase efficiency and profitability through Always-On access to company resources, or poorly planned it can be a Never-Ending Money Pit that requires constant reconfiguration, possible outsourcing and lead to employee frustration and less overall employee acceptance of the program.


GVEC.net expands Fiber Internet access in La Vernia
Fiber To The Home Internet service from GVEC.net is now “live” in and around 21 communities in the La Vernia area. Construction of the 90-mile Fiber network is now complete.
Areas where this service is available include Rosewood, Legacy Ranch, Vintage Oaks, Copper Creek, The Reserve, Country Oaks, Wildwood Ranch, Presidents Park, Spring Valley, Moss Woods, Wood Valley Acres, Tierra Robles, Country Hills, Country Acres, Shadow Woods, Shadow B, Millers Crossing, Millers Cove, Bridgewater, The Meadows, and Big Oak.
Fiber To The Home cutting-edge technology provides the fastest broadband Internet speeds in the industry -- up to 1 Gbps. Service runs through fiber optic cables which provide the necessary bandwidth to deliver large amounts of data at one time to multiple devices.
Homeowners have the ability to speed up surf time on the Web, stream high-definition movies, download music faster, send and receive photos more quickly, and experience online gaming without interruption. For the business professional, Fiber heightens productivity for networking, presentations, and electronic correspondence.
For more information, call 1-800-699-4832.


The end result is that I have an automated solution to monitor whether my kids used any form of networked devices such as the TV, tablet, PlayStation, etc, when they are not supposed to.
Let's start off with the premise of this experiment. There's a limited subset of home automation devices in the house, but the number of networked devices is much greater. Such devices in my house would include my TV, TV Box, sound system, PlayStation, tablets, phones, desktops and laptops.
Even older non-smart TVs would have an Ethernet connection for simple DLNA functions or updating of firmware.
For the technical details, by setting a static IP to the device in your router, or decoding what is the device's MAC address, a micro computer like the Raspberry Pi is able to tell exactly which device goes online. The open nature of the SmartThings interface means that I can then get the Raspberry Pi to send messages to SmartThings such that the real-time information and post-reports can be viewed from the SmartThings platform. The screenshot below shows a sample of how my Raspberry script just comprises of simple fping and curl commands.


Telecom companies can leverage redSling to build tailored applications that enhance customer experience, streamline internal processes, and optimize network performance.
Applications For Customer Interaction
At redSling, we know that telecommunication companies are in a unique position where a significant amount of customer interactions takes place in online environments. This means that telecom companies must have a strong digital presence and offer robust online capabilities. That's why we designed our platform to help telecom companies build custom applications that can enhance customer experience and streamline internal processes.
One of the most significant benefits of redSling is the ability to develop self-service portals, allowing customers to manage their accounts online. Customers can view and pay their bills, update account information, request support, and access a range of other services and information directly online, providing a seamless and effortless customer experience.
Telecom companies can further streamline their operations by developing order management systems using redSling. This application can help manage orders, track inventory, and ensure that customer orders are fulfilled as quickly as possible, reducing order errors and delays.
For troubleshooting and support, telecom companies can leverage our trouble ticketing and support application. This application can help manage customer requests, track support tickets, and ensure timely support and issue resolution, improving customer satisfaction.
redSling's platform offers a diverse range of customizable components for telecom web and mobile applications, including self-service portals, order management systems, trouble ticketing and support, customer engagement, inventory management, sales and lead management, and network monitoring and reporting. By leveraging redSling, telecom companies can improve customer satisfaction, streamline internal processes, and enhance overall operational efficiency, making it an ideal choice for modern telecommunication organizations.


The Sony Ericsson already passed through the FCC last week and it has done so again, but this time with AT&T 3G bands. When it passed through last time it looked as if the handset was heading to T-Mobile US, but this news gives hope to all those on AT&T’s network.
Of course, just because this version passed through with the 850/1900MHz 3G bands doesn’t mean it will definitely head to AT&T. Other networks that use these bands include Rogers, Bell or TELUS. Hopefully we’ll have some more firm news shortly.


Ever since I got my Korg Volcas (all 4 of them) I have been struggling with timing issues. The units sync up fine most of the time, but sometimes one of them skip a step or two when I press play and gets out of time with the other units.
At first, I thought the problem only occurred when I sync the Volcas to my computer via MIDI, and suspicion immediately fell on my home made MIDI Thru Box. I later discovered that the same thing also happens sometimes when I use only Volcas with sync cables, so I started doing some research.
It turns out that the sync problems were caused by my mono audio cables! When using mono cables (or a stereo cable plugged into a mono input), one of the audio channels is shorted to ground and this somehow interferes with the sync circuits of the Volcas.
The solution was straight forward – I took some minijack stereo cables I had lying around, got out my wire cutters and snipped one of the 2 wires in each cable. I covered up the cut with electrical tape to provide isolation and avoid pops when I touch the cable.
I haven’t had any sync issues since and this solution also allows me to plug the Volcas into the balanced inputs on my Scarlet audio interface without having the two stereo channels cancel each other out.


These high quality, waterproof, latching connectors can be used to make reliable, long-lasting connections to solar panels.
The vast majority of solar panels on the market at the moment use this type of connector.
These cable connectors are difficult to assemble without a specialised crimping tool. It is possible to solder them, but it’s a bit tricky!
However, we do make up cables and have the correct solar crimping tool so you may find it easier to ask us to assemble them for you instead.
1 x male and 1 x female connector per order


70m height power transmission hardware
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HDBaseT Receiver can connect uncompressed full HD digital video,audio,100BaseT Ethernet,and various control signals through a single 230ft/70m Cat5e/Cat6 cable Features Power over Ethernet (PoE) Technology which transmits power over Cat5e/6,allowing for Receiver to be powered without the use of a powerVanco EVRX3000 Hdbaset 230ft/70m Receiver W/ Poe ADIHDBaseT Receiver can connect uncompressed full HD digital video,audio,100BaseT Ethernet,and various control signals through a single 230ft/70m Cat5e/Cat6 cable Features Power over Ethernet (PoE) Technology which transmits power over Cat5e/6,allowing for Receiver to be powered without the use of a powerTransmission Towers Types,Design Parts Electrical4USep 20,2020 70m height power transmission hardware#0183;A SIMPLE explanation of Transmission Towers.Learn what a Power Transmission Tower is,how it works,design parts,and the different types of Electrical Transmission
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Author Li Shuai,Li Zhe,Liang Yun,Liu ShanfengPublish Year 2018Height Requirements For Over Head Powerlines
Height Requirements for Overhead Lines Take special note of overhead line clearances especially in farm yards and at approaches when moving equipment in and out of fields.Southeastern Electric tries to maintain overhead line clearances but cannot guarantee clearances ifAnderson Hubbell Power SystemsFounded in 1887,the Anderson brand was acquired by Hubbell Power Systems,Inc.(HPS) in 1995 and manufactures products for the distribution,substation and transmission markets.Anderson products include electrical connectors,clamps,crimping tools,fittings,and accessories.ABB BUSH-3525W-70M KW100029 General Information.Global Commercial Alias 100029; Product ID 7B100029; ABB Type Designation 3525 X 70MM-KW BUSHING; Catalog Description BUSH-3525W-70M KW
Sep 06,2019 70m height power transmission hardware#0183;Transmission Tower Cross Arm.Cross Arm is one of the key components of the transmission line and it holds the power conductor..Cross arm can vary due to the location and power carried by the transmission line.A number of cross arms depend on the number of circuits consists in Transmission Line.5 Main Components of Transmission TowerSep 06,2019 70m height power transmission hardware#0183;Transmission Tower Cross Arm.Cross Arm is one of the key components of the transmission line and it holds the power conductor..Cross arm can vary due to the location and power carried by the transmission line.A number of cross arms depend on the number of circuits consists in Transmission Line.40m,50m,60m,70m Antenna Mast Lattice TowerAvaivable Height 5-100M.Wind Pressure 5-180 KM/H.Material Q345B/A572,minimum yield strength 70m height power transmission hardwaregt;=345N/mm2; Q235B/A36,minimum yiled strenght 70m height power transmission hardwaregt;=235N/mm2; Galvanized Hot Dip Galvanization,thickness is 70m height power transmission hardwaregt;=12um.Delivery Lead Time 25 Days after receiving 30% Deposit.Lifetime Minimum 25 years.Working Resting Platform Quantity 1-3 PCS.Antenna
For flagship HDBaseT Transmission performance,look no further than the TX-70-4K.Class A HDBaseT transmission means support for 4K UHD content; even HDR-10 @24Hz,up to 70m/230ft.2-way PoH and EDID management completes this fully-loaded specification.(PDF) BER Estimation for DS-Spread Spectrum Systems in received power,expression (3),a function of the gen eral form expressed in (5),was adjusted to fit th e data collected with the transmitting antenna fixed at the 70m height.


Pilot implementation of Utility Network for the Power Grid – PKP Power (Rail Energy)
Client: PKP Power (Rail Energy)
The project to implement a network topology based on graph technology was part of a larger program – the transformation of PKP Power (a European utility provider) asset management processes using modern geospatial capabilities to support the supply, management, and delivery of electricity distribution for railway transportation.
The project aimed to verify the ESRI Utility network technology about the business needs of PKP Power and to plan a roadmap for the future implementation of the Utility Network.
GISonLine implemented a pilot of the the ESRI Utility Network project,
GISONline implemented a pilot project to conduct a series of workshops in which the strengths and weaknesses of the technology were verified by modeling a real slice of customer data.
The pilot project allowed the client to familiarize themselves with the technology, understand the benefits and limitations, and prepare a plan for the future implementation of the Utility Network
With over 800 users connecting to the GRIDonLine platform, visualization of PKP Energetyka assets and their details can be communicated across the enterprise and managed via the centralized repository.
Energy & Utilities
ArcGIS Experience Builder
Esri ArcGIS Enterprise
Portal for ArcGIS
See some things
we've worked on
GRIDonLine is a comprehensive GIS Utilities Asset Management (AM) system designed to scale from small to large enterprise utility networks.
INSPECTonLine is a cloud-based (SaaS) web mapping application designed specifically for viewing, integrating and collaborating on survey & inspection datasets.
ARonLine is an Augmented Reality mobile application that transforms your CAD and GIS utilities data into amazing Augmented Reality (AR) visualizations.


Brass Connectors are quite useful component in connecting or joining wires and cables at various junctions and multiplicating connections in electrification.
Any kind of Conduit Fittings can be developed and supplied exactly as per customer specifications.
|Material:||Natural Brass is the base to the product.|
|Metric Size:||16 mm to 63 mm|
|Imperial Size:||1/2 " TO 2"|
|Finish:||Brass Connectors are also finished in Nickel Plating|


To resolve Wi-Fi network, storage capacity and server performance constraints, the IT leadership team at Saint Bede’s needed to find the most appropriate, cost efficient way to improve the provision of computing services for all staff and students. The school initiative to enable the safe use of mobile devices for everyone everywhere across the campus confirmed the requirement for a speedy,centrally-managed and secure wireless network solution.
- 23Technology installed high-speed, fibre-optic LAN cabling, linking the main campus buildings.
- Building upon existing investments in networking infrastructure, the HP LAN backbone chassis and distribution switches were upgraded.
- 23Technology deployed Aerohive cloud-managed, high capacity, high-performance, Wi-Fi secure access points across the whole campus.
- Resilient Dell servers and shared storage array,running Microsoft Hyper-V, were deployed together with the required Microsoft licences via an Open Value Subscription for Education Solutions (OVS-ES) agreement.
- Microsoft Hyper-V ensures the stability of St Bede’s network, plus the IT team now use a familiar interface to allow them to easily administer the network centrally.
- Teaching material and pupil information can now be accessed at high-speed from all campus buildings and classrooms thanks to a 20x increase in bandwidth and improved Wi-Fi coverage.
- Staff and students are able to log in quickly to fast desktop sessions delivered to either PCs, laptops or mobile devices.
23Technology’s open approach allowed us to gain useful knowledge in managing the environment by working alongside the consultant on tasks, rather than just being presented with the solution once completed.”Andy Hawkins, IT Co-ordinator, St Bede's School
We know reliable IT infrastructure is a vital tool to ensuring positive pupil outcomes. We are delighted to have helped St Bede’s build on their success and ensure their IT infrastructure will cope with future demand.Paul Foster, Director, 23Technology


- Model Number: C13-Cloth
- Use: Mobile Phone
- Type: Electric
- Place of Origin: Guangdong, China (Mainland)
- Port:1 x USB
- Product name: C13 Infrared Auto-sensing Wireless Car Charger
- Color: 4 Colors
- Working Power: 5W / 7.5W / 10W
- Input: 5V/2A,9V/1.67A
- Output: 5V/1.5A,9V/1.2A
- Charging efficiency: 75%
- Working Distance: 5mm
- Features: Auto adjust the bracket , smart and convenient
- USB port: TYPE-C Port
- Quality Certification: CE, RoHS, FCC, Qi, KC
(1)This Wireless car charger is designed and developed by our R&D team, it will not harm the interests of other companys.
(2) It passed the QI test of Wireless Power Consortium, and has QI, FCC, CE, ROHS certificates.
(2)It is produced and tested based on automotive products production standard. Quality assured, absolute advantage in price, sustained and stable delivery capability, which will allow customers to buy and use at ease. Don’t worry.
(3) Welcome to contact us for further information.
Smart Voice Controlled & Infrared Sensor Qi Wireless Car Charging Mount Phone Holder
1. Voice Controal, can customized customer Language.
2. Automatic Infrared Auto-sensing.
3. Motor Gear drive.
4. ON/OFF key.
5. Support Samsung 10W, iPhone 7.5W FAST Wireless Charging.
PS: QC2.0/3.0 Car Charger needed for FAST Charging.
1 x Wireless Car Charger Body
1 x Type-C USB Cable
1 x Air vent stent
1 x Air Stand Holder(Provide selection)
1 x User Manual


Now living in the world of email, VOIP and blogs… it’s sometimes difficult to remember the time when all these tools did not exist, and people had to wait for days to be able to communicate from remote places like Shanghai to their home country. Nearer to us, I often explain the difficulties to send a fax to my mother back down in the beautiful Islands of Wallis and Futuna when I lived in Hungary. As this archipealgo lost in the Pacific Ocean is a French (!) territory, the majority of the communication would take place through France. Due to the lack of traffic, operators in other countries would not even program the country code in their phone system. People from there could call us, but could not be called.
Sending a fax was my regular entertainment on Sunday evening. After hand-writing the message, I would start the painful experience of transmitting it. The first time that I tried to do it, I used the normal fax-sending procedure, i.e. I dialed the fax number with the +681 country code. The surprise came when I heard a voice in Hungarian repeating something that I understood after several times to be “the country code your are using does not exist”. The only solution was to find the operator for international calls at Matav (the Hungarian telecom company). This took me quite some time, as very few people actually require this service and it’s not advertised in phone books. This really challenged my (then burgeoning) Hungarian. I finally reached the operator, explaining that I wanted to send a fax to this weird location with its even weirder country code. I then spent about 5 to 10 minutes to explain to the operator that this country and country code actually existed. This had to be repeated every time I wanted to send a fax. After convincing the operator of the very existence of this place and giving him re-assurance of my mental sanity, I would over hear him calling the France Telecom international operator, going like “Hello, I have this mad guy willing to place a call to a country that does not exist, but claiming that France Telecom may be able to do it.” Then, France Telecom operator would answer something like “Yesse, zis is ze country code ove Wallis et Futuna. Pliz old on, I will connect you”. Then, I would wait for a few seconds and the phone would start ringing to my Mum’s house… in the best case. Most of the time, I would overhear the France Telecom operator saying “I am sorry. Ze line is occupied at the moment. I will call you back when ze line is available”. Then I would wait for minutes and sometimes hours for “ze line to be available”. As I had to be ready to talk or send the fax at the appropriate moment, my only hope was to sit next to the phone with a book, until (up to 2 hours later), the Matav operator would call back. The only four satellite phone lines to the archipelago were far insufficient.
Though this repeated experience sounds like from the middle-age, it took place in 1996-97. For Chinese and inhabitants of the Eastern Europe, it does not sound so far away, as all international calls used to be like that until not so long ago. I’m sure calling Europe and the USA from the old Shanghai was a similar experience.


We may earn money or products from the companies mentioned in this post.
One of the keys to having a great and successful podcast is sound quality. Having a good microphone can make all the difference in how the audience receives your content. Dynamic microphones have proven to be a great and affordable option if you’re starting in the podcasting or streaming world.
In this article, we show you the best dynamic microphones for podcasting.
Don’t Want to Wait? Here’s Our Favorite
Our winner, in this case, is the Shure PGA58-XLR Microphone because it provides the most value for money. This microphone offers fantastic sound quality and noise reduction, and it also provides an XLR-to-XLR cable that you can use to get started right away.
Shure PGA58-XLR Microphone – Best Value for Money
This is a high-quality cardioid dynamic microphone for podcasting from the brand ‘Shure.’ This microphone is designed to deliver excellent clarity in the sound of your voice, which is essential while doing a podcast.
When you are looking for a microphone for podcasting, the main thing that goes over your head is sound quality. This microphone provides a cardioid pickup pattern, which makes it great to isolate external sounds.
The mic comes with an on and off switch, which makes it easier to handle by yourself right away. It also provides a stand adapter, so if you are planning to buy a mic stand (which you probably are, since you’re planning on starting a podcast), you can set it up quickly.
You can learn more about this microphone on Amazon.
Pros & Cons
- It’s easy to carry.
- It has a physical on and off switch.
- It comes with a pouch to store the microphone.
- It’s not suitable for recording sound coming from a long distance.
Shure WH20QTR Headset Microphone – Best for Portability
If you’re a person who wants to be as comfortable as possible while podcasting, then this headset is the way to go. This is a dynamic headset microphone for podcasting, made from ‘Shure.’
Some people are not very comfortable having to reach a microphone to speak. It can also be annoying to adjust the microphone to a certain length to keep the best sound possible. This headset solves all those issues!
This headset microphone includes a right-angle ¼” phone plug for unbalanced mic input and natural frequency response, which make the sound crystal clear while talking.
You don’t have to worry about comfort since it comes with an elastic headband that adjusts to any head. This microphone is amazing for someone who wants a simple but effective microphone for their podcast. You can check more about the product here.
Pros & Cons
- It’s easy to carry.
- Its windscreen does a great job isolating external noise.
- It doesn’t require batteries.
- It doesn’t come with a storage box.
- The cable is very fragile.
AKG D5 Dynamic Microphone – Best for Noise Isolation
This dynamic microphone from ‘AKG’ is one of the best in isolating external noise. This mic can be used for any kind of voice recording job, such as streaming, podcast, and singing!
The D5 microphone is designed with premium-quality materials that ensure that you get the clearest sound possible. It also comes with a dual shock mount, which helps to eliminate some background noise.
The most fantastic feature about this mic is that it comes with a super-cardioid polar pattern, which not only helps to isolate your vocals, but it also enables you to deliver a strong and clear voice while talking. You can check the microphone out here.
Pros & Cons
- It’s made from premium materials.
- It’s impressive reducing background noise.
- It comes with a zip bag and a mic stand adapter.
- It’s sensitive to feedback (Aren’t we all)
Shure SM58-LC Dynamic Microphone – Best for Durability
This is another high-quality dynamic microphone for podcasting made by ‘Shure.’ It provides excellent sound quality while maintaining as much noise reduction as possible.
This microphone is one of the best options for you if you’re looking to produce a good podcast. It’s designed with a cardioid pickup pattern, which makes it a great sound isolator, and it also helps reducing background noise.
It has a built-in pop filter, which provides a brighter sound and avoids the ‘popping’ sound that some microphones get. A great feature about this mic is that it includes a pneumatic shock-mount system, which is amazing handling noise, making it sound better.
You can learn more about the microphone here.
Pros & Cons
- Excellent build quality.
- It does a great job reducing background noise.
- Suitable for any kind of vocal recording
- The audio output may not be very loud for some users.
Frequently Asked Questions
Are Condenser Mics Good for Podcasts?
They can be an alternative to dynamic microphones. However, they can be very sensitive to feedback, and they don’t do the noise-reduction job as well as the dynamic mics. You can consider using a condenser mic if your room has been appropriately set up for good acoustics.
Do Dynamic Mics Need Shock Mounts?
You don’t need a shock mount to use a dynamic mic. However, if you feel like a shock mount can enhance your sound quality and protect your mic, then you can go for it!
Can You Record With a Dynamic Mic?
While dynamic microphones are mostly used as an instrument mic for live events, they work perfectly to record any kind of vocals.
Should I Get a Dynamic or a Condenser Microphone?
It depends on your room’s setup. Dynamic mics are better at capturing loud or strong sounds, whereas a condenser microphone is used to capture soft sounds and higher frequencies.
If your room is not adequately set up for a good acoustic, then having a condenser microphone may not be your best choice since it can capture a lot of background noise.
How Many Mics Do You Need for a Podcast?
It depends on the number of people participating. For a two-person podcast, it’s recommended that each one gets a separate mic to get the best sound quality.
While every product in this article is excellent for podcasting, the winner, in this case, is the Shure PGA58-XLR Microphone. It provides excellent sound quality, an internal shock mount that protects it from damage, and a cable that helps you connect it right away without having to buy another one.


Effective organizational collaboration relies on the free flow of information via text and instant messages, voice mail, email, video and other means of communication. Yet, most of today’s organizations keep these systems compartmentalized, creating barriers to information flow. This live seminar will identify for you these major obstacles and show you how to overcome them to achieve a truly unified communications infrastructure.
In this live event featuring Microsoft MVP and Certified Trainer, Richard Luckett and Harold Wong, Senior Technolgy Specialist, Microsoft, will provide you with the roadmap for creating a messaging infrastructure that eliminates the silos of email, instant messaging, video and voice conferencing for lower cost, greater security, and easier, centralized management. For organizations that use Microsoft Exchange, this virtual live event will introduce attendees to the features and benefits that exist in Exchange, as well as take a deep dive into the current and future capabilities of Microsoft Office Communication Server that enable a single delivery platform for all of the messaging needs in growing organizations.
Session 1: Extending and Securing Enterprise Communications with OCS R2 and Exchange Server 2007 SP1
Speaker: Richard Luckett, President, SYSTMS of NY, Inc.
In this presentation, independent expert and Exchange MVP Richard Luckett gives a wholesome overview of OCS R2, its most compelling features, advanced configurations, and integration with Exchange 2007 Service Pack 1. Richard will provide real life examples of how other companies have benefited from OCS R2. Other topics covered include:
The webcast will be followed by a Q&A session.
Session 2: What's New in Voice Features and Devices with Office Communications Server 2007 R2
Speaker: Harold Wong, Senior Technology Specialist, Microsoft
OCS 2007 R2 is an exciting time for telephony and voice functionality in Office Communications Server. In this webcast, Microsoft expert Harold Wong will review the Attendant Console and how the high-volume telephony users can benefit from its powerful application for managing calls. Other topics discussed include:
Harold Wong will also discuss the capabilities, positioning and differentiation for the R2 voice features.
Richard Luckett, President, SYSTMS of NY, Inc.
Richard Luckett is President of SYSTMS of NY, Inc. (http://systmsny.net), a Microsoft Gold Partner providing professional and managed services as well as training solutions. He is an MCSE, MCITP & MCTS with security and messaging specializations, and an MCT with 9 years of training experience. Richard is an Exchange MVP, co-author of “Microsoft Exchange Server 2007: The Complete Reference,” course director/author of 7 Exchange courses, and resident email security expert for SearchExchange.com.
Harold Wong, Senior Technology Specialist, Microsoft
Harold has been with Microsoft for over 9 years and has been working with OCS since it was part of Exchange 2000. Although he is competent on most of the Microsoft Infrastructure Server products, his true passion is around Unified Communications and loves to talk to customers about Exchange and OCS. Feel free to visit his blog at blogs.technet.com/haroldwong.
Click here to register and gain access today!
Richard Luckett President, SYSTMS of NY, Inc.
Harold Wong Senior Technology Specialist, Microsoft
Date: Available on Demand
Where: Your Desktop!
10:30AM Doors Open
11:00-12:00PM Session 1: Extending and Securing Enterprise Communications with OCS R2 and Exchange Server 2007 SP1
12:00-12:30PM Break/Booth Activity/Prize Giveaway
12:30-1:30PM Session 2: What's New in Voice Features and Devices with Office Communications Server 2007 R2
1:30-2:00PM Deep-dive Q&A Microsoft Unified Communications session and Prize Giveaway
2:00PM Doors Close