It’s only a week away from the start of one of the most important events from the world of 3D printing, i.e. the Formnext trade fair. Once again, Frankfurt am Main will be the place of the premiere of new solutions from the world of additive technologies – 3D printers, materials, filaments and devices optimizing 3D post-processing. 3DGence, a Polish manufacturer of 3D printers for industry, also announced the premiere of a new system for additive manufacturing, dedicated to rapid prototyping and serial production.
3DGence INDUSTRY F420 is characterized by everything that is expected of an industrial class machine – fast production speed of both prototypes and functional parts in high quality, with durability and precision worthy of the most demanding industries. In addition, the device can use a wide range of materials, which in combination with interchangeable modules and a heated working chamber sets a new standard in 3D printing for the needs of the industry.
According to Remigiusz Synowiec, Product Manager at 3DGence, the key advantage of the solution is the speed at which components are manufactured. The speed of 3D printing at 400 mm / s increases production efficiency, while increasing its profitability. Due to the fact that the device was designed for production from high temperature materials (such as ULTEM ™ or PEEK), it was equipped with a heated chamber that provides a stable temperature up to 180°C.
The device has also been enriched with a system of three printing modules, which positions the 3D printer as one of the most versatile on the market. Easy replacement of spatial printing modules correlated with predefined profiles gives ease of production from even the most demanding engineering materials. Filip Turzyński, an expert on technology and materials in 3DGence, adds that the priority for companies has been to create comprehensive solutions, which is why they are also developing their own database of materials.
Engineers working on INDUSTRY F420, supporting Industry 4.0 standards, developed a scalable cloud-based solution that allows users to monitor the current state of their machine park. This streamlines the entire production process, allowing remote communication with other devices and tracking current progress. Krzysztof Wilk, Director of Research and Development at 3DGence says that their solution will enable users to supervise the 3D printing process, including task queuing or scheduling device reviews.
The slicer has also been optimized, giving users access to new software functions and tested, predefined material profiles that significantly simplify the process, increasing the chance of 3D printing success.
Mateusz Sidorowicz, marketing director at 3DGence, emphasizes that the product offer is constantly expanding, but the biggest pride is the expansion of the INDUSTRY machine line dedicated to industrial solutions. INDUSTRY F420 was created based on the observations and comments of the company’s customers, which, combined with modernized technology, allowed the creation of a device ideal for engineering applications.
3DGence INDUSTRY F420 technical specification:
- Maximum 3D printing area – 380 x 380 x 420 mm (60 648 cm3)
- 3D printing technology – a method of double-head extrusion of polymeric materials
- Filament diameter – 1.75 mm
- Supported building materials – PLA, ABS, ASA, PA6 / 69, PC, ULTEM ™ PEEK
- Supported supporting materials – soluble material ESM-10, HIPS
- Maximum nozzle temperature – 500°C
- Maximum table temperature – 180°C
- Maximum working chamber temperature – 180°C
- Software – 3DGence SLICER 4.0, 3DGence CLOUD
- Additional functions: ULT filter unit, UPS emergency power supply, signaling tower
The sale of the device begins with the Formnext 2019 trade fair. According to the manufacturer’s assurances, the first devices will be delivered to customers as early as next month. As for the price, the manufacturer provides the range of EUR 49,000 – 75,000, but at the same time prepared a special offer for those interested in buying who will visit their position at Formnext 2019.


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Research results presentation of UMI-Sci-Ed HORIZON 2020 project:
"Security & Trusted Devices in the Context of Internet of Things (IoT)", authored by N. Sklavos, I. D. Zaharakis, A. Kameas, A. Kalapodi,
during 20th EUROMICRO Conference on Digital System Design, Architectures, Methods, Tools (DSD'17), Vienna, Austria, August 30 – September 1, 2017,
special session, "EPDSD: European Projects in Digital System Design",
given by Nicolas Sklavos.


Centos 7 Restart Network Interface
A common use case is to override the current default MTU of 64000 for the public network interface. I even tried adding all 3 at once, and none appear when I type ifconfig. Menu How to setup LACP network bonding interface on RHEL / CentOS 7 11 June 2015. Step 1: Show network card on Centos 7 [[email protected] ~]# nmcli d DEVICE TYPE STATE CONNECTION eno16777736 ethernet connected Wired connection 1 lo loopback unmanaged — [[email protected] ~]#. When you install CentOS from a local installation source to a local storage device, be sure to configure at least one network interface manually if you require network access when the system boots for the first time. If you're assigning a private network to an existing machine (or deploying your own operating system), you'll need to configure the IP addresses on the private interface. I have configured dhcpd to handle the local lan interfaces. RHEL 7 / CentOS 7 Installation Video. Please see this article for instructions if you don’t know how to connect. Issue the following command to restart network-manager. After updating to RHEL 7. As we are going to set up a 3 nodes Kafka cluster we need 3 CentOS 7 Linux servers with the latest updates and JDK 1. Once will be considered the public interface and the other will be the private interface. To change it to the legacy names like eth0, eth1 use the procedure in this post. it might be different in your case ( Eg: em1 or p4p1 ). How edit a NIC (Network Interface Card) on Centos 7 Restart the network. If this is not a production system, you can also reboot the system to make sure the hostname is changed properly, and the system is picking it up properly during startup. zone Modify zone for the connection in firewalld – firewall-cmd --zone=home --change-interface=eth0 --permanent Optional - restart the network and firewalld service – systemctl restart network. While it is possible to manually edit it, it is usually simpler to just delete it and reboot the system, so it rescans network adapters attached to the system and acquires their MAC addresses. This option allows you to install CentOS in graphical mode even if the installation program is unable to load the correct driver for your video card. Let's restart the network services of our server: service network restart. This guide explain you to setup network on RHEL/CentOS 7. Step 1: Check your network interface in CentOS system [[email protected] ~]# ip addr. Configuring network on any operating system involves configuring an IP range for the system. Introduction. Here we have 2 interfaces named “ enp0s17 ” and “ enp0s18 ”. : The interface we configured is ready for use. systemctl restart network Verify Static IP Address. But sometimes there are situations where you don't want to use the provided values. 3ad) bonding network interface. Configure IP address using command line. Different network interfaces and sources can be assigned to specific zones. Specifically, is there a way to change the network interface name you see in ifconfig and nmcli connection without rebooting CentOS 7? I changed the name in network-scripts. When you try to check network interfaces, and IP address on the server, you will only see localhost interface. I got a message saying OK and can see when i run. By default on Centos 7, network interface is disabled because "ONBOOT = no" in network interface configuration. you'll know exactly which zone to apply to various interfaces on your CentOS 7 servers. To make the changes take effect please restart the network services using: service network restart. In order to change the device name without restarting network services, use the ip link commands suggested by James Shewey (ip link set name ). we need to bring the network interface. How to Set Up FirewallD on CentOS 7. The primary network interface, eth0, of the gateway will be assigned a public IP address of 203. HWADDR & UUID I am fuzzy on what exactly what HWADDR and UUID provide in value, but one or both may be used by network manager which CentOS minimal does not utilize. The switch configured on the server (Centos 7) is configured as trunk for VLAN#115,2014. Choose "Edit a connection". d/network stop # /etc/init. X, just with the addition of the new service management interface, SystemD (systemctl). eth0 or eth1. In older versions of RHEL/CentOS, the default means of configuring network interfaces was via network scripts and use of the Network Administration Tool, which is now deprecated. In this tutorial, we will use nmcli which stands for Network Manager Command Line. # ip addr //have you picked up an ip address from the network DHCP server? If not, try: # ifdown enp0s3 # ifup enp0s3 3. But after executing the command below: #touch /etc/sysconfig/network #systemctl restart network. netsh interface show interface command still saying Ethernet 2 and Wi-Fi 2 after reboot. Restart the CentOS, and it should be booted in GNOME GUI mode. April 2016 (4) December 2011 (3) October 2011 (1) September 2011 (3) Recent Posts. Open ‘Network’ either by clicking network icon & then selecting ‘Network Settings‘ on top-left corner of the screen or goto Applications-> System Tools-> Settings-> Network. The CentOS virtualization host can be managed from a separate local or distant remote system connected through the outer network interface. However, once we've done this, triggering restarts from the platform will stop a single node, which then is unable to restart. Now we can choose network interfaces where we want to configure network and click "Edit" like below screen shot:-We can edit our network interfaces. In the following examples we will cover how to manually configure the network by editing configuration files and how to use new Network Manager configuration tool "nmtui". This post we show how to change interface names in RHEL 7 and CentOS 7. This guide explain you to setup network on RHEL/CentOS 7. Then If you'd like to use the network interface name "ethX", configure like follows. Before installing and use the Openstack, it is recommended to disable firewalld, NetworkManager and SELinux on your machine. To identify ethernet cards in your machine,you can use any of the three commands below. New Naming Scheme for the Network Interface on RHEL 7/CentOS 7 Red Hat Enterprise Linux 7 (RHEL 7) and CentOS 7 come with the new naming scheme for the network devices. The utility keeps records of the previous data displayed in history files and by default only shows difference between the last and the current call. Reboot your system after installing a new firmware or a new driver in order to ensure that the changes take effect. To ensure a balance of traffic or to enable multiple network segments in a VM, it is advisable to install more than one interface card. It can be defined as the aggregation or combination of multiple NIC into a single bond interface. Network Configuration in RHEL/CentOS Linux 7. 04 64-bit How To Install PHP 7. Menu How to setup LACP network bonding interface on RHEL / CentOS 7 11 June 2015. The first thing after installing a Linux OS as a server is configuring the network interface to have remote access and from your workstation/laptop and a cup of coffee you could manage your server at your convenient. CentOS 7 no longer uses the naming convention previously used for network interfaces, e. It uses GNOME Shell in classic mode so the feel is not too far removed from that of GNOME 2. This is no longer the case, as the first network interface is now labeled enp3s0. 84 MB) PDF - This Chapter (1. Question: On CentOS 7, I want to switch from DHCP to static IP address configuration with one of my network interfaces. Finalize network setup. Chapter Title. This will cause issues when adding 10 or more additional IPs in WHM, as network interface name will be longer than the 15 characters. It auto mounts and opens the window showing all the files. Now let me share the steps to configure iSCSI target and initiator on RHEL/CentOS 7 and 8 Linux node. If your screen appears distorted or goes blank when using the Install CentOS 7. It's called Consistent Device Naming because previously the name of the devices [eth0,eth1,eth2] was completely dependant upon the order the kernel detected them as it booted. It is defined as the combination of multiple NIC into a single bond interface. To restart network interface, enter: # /etc/init. How to Configure Network Interfaces on CentOS 7 minimal Please Subscribe my Channel : https://www. Stack Exchange Network. Also, you have to decide whether you want to configure a static IP or dynamic IP. That looks good. For CLI use nmtui for example. To check which network interface is restart the network,. $ nmtui Once nmtui is open, go to the Edit a network connection and select the interface you want to add an alias on. Let’s restart network services on the client machine. Prior to CentOS 7 the network interfaces were numbered, starting from 0. Enter the command that will list all interfaces of the server. In order to find out IP Address on CentOS with minimal installation. CentOS 6; CentOS 7; Introduction. Seeing that we have a few servers running CentOS 6, we had to put together a game plan to migrate our clients’ servers to CentOS 7 in the most efficient way possible. New Naming Scheme for the Network Interface on RHEL 7/CentOS 7 Red Hat Enterprise Linux 7 (RHEL 7) and CentOS 7 come with the new naming scheme for the network devices. Enter the configuration for vtnet1 (the private network interface). This manual will explain how to configure network interface. This guide will explain how to add a secondary IP address to a network interface on RHEL / CentOS 7/8 server. Then you simply need to change to the newly-added IP address:. NIC (Network Interface Card) bonding is also known as Network bonding. d/network stop # /etc/init. Configuring network on any operating system involves configuring an IP range for the system. Restart the network daemon by using the command “systemctl restart network” 8. NIC bonding is an efficient method to increase the available bandwidth of a server. 29 Nov, 2016 in GNU/Linux tagged CentOS / centos 7 / firewall / firewalld / GNU/Linux by Tux firewalld (Dynamic Firewall Manager) tool provides a dynamically managed firewall. Please see this article for instructions if you don’t know how to connect. One NIC connects to the internet via the regional ISP and the other NIC is used for private networking and is connected to the switch. Networking- Configure IP on FEDORA 23, CENTOS 7, ORACLE LINUX 7 a system restart, they must be placed in per-interface configuration the network interfaces. or #/etc/init. On CentOS 7, SELinux prevents /usr/sbin/zebra from writing to its configuration directory by default. It has a detailed explanation with every step. It can be defined as the aggregation or combination of multiple NIC into a single bond interface. The following is a basic guide for the configuring of network settings on Red Hat Enterprise Linux 7. you'll know exactly which zone to apply to various interfaces on your CentOS 7 servers. Once Ubuntu 16. An alias defining the network interface name is set – e. Set Static Ip Linux Command Line Centos If you want to set up a static IP address on a network interface in CentOS 7, Save changes and restart the network service using the following command: Do you want to receive Linux related. When the NetworkManager is disabled, the interface can be configured for use with the network service. Linux System Commands. In CentOS or Red Hat Enterprise Linux (RHEL) 7, you can find your /etc/resolv. The simplest/cleanest way to add a new IP address to an existing interface in CentOS 7 is to use the nmtui tool (Text User Interface for controlling NetworkManager). For those who have the problem of no network after doing a restart or stop|start, the issue may be that you started your network service but have not brought up your network interface (e. It has 2 NICs (Network Interface Cards). In the examples, eno16777728 is equivalent to interface eth0 found with CentOS 6 which results with the configuration file ifcfg-eno16777728 versus ifcfg-eth0. Here you will find RHEL 7 instructions to configure IPv4 addresses and perform basic IPv4 troubleshooting. The details of the naming convention are available in the RHEL 7 Networking Guide. Here we have 2 interfaces named " enp0s17 " and " enp0s18 ". To do this, a consecutive number is simply appended to the interface name, starting with 0 for the first alias. Now you can issue the command "ip addr" again and you should see an IP address listed for interface eth0. Network Interfaces¶. In the examples, eno16777728 is equivalent to interface eth0 found with CentOS 6 which results with the configuration file ifcfg-eno16777728 versus ifcfg-eth0. The base CentOS 6 installation includes the tool by default. This article is specific to CentOS 7 because compared to previous releases of CentOS 7 uses NetworkManager, which handles network interfaces and IP addresses slightly differently. Choose an internal IP address that you want to use, for example:. Basically, it is a wrapper around iptables and it comes with graphical configuration tool firewall-config and command line tool firewall-cmd. 1 with a connection to the private network over LAN 2. Once Ubuntu 16. Method 2 - Using graphical interface. pada kali ini saya akan membahas tentang Cara Mengubah IP Address di CentOS 7 Server. We are going to configure kubectl on that server. Setup network on centos 7 let’s start, Type “ nmcli d ” command in your terminal for quick identification of Ethernet cards installed in your machine. Create a new user to access Libvirt by typing. RedHat 7; RedHat 6; Ubuntu 16. It is defined as the combination of multiple NIC into a single bond interface. Then If you'd like to use the network interface name "ethX", configure like follows. I have three of those interfaces configured and running. virtualDev = "e1000". Multiple EC2 Network Interfaces on Red Hat / CentOS 7 If you're not running Amazon Linux with the built in network interface management tools, adding multiple ENIs on the same subnet can be a confusing experience. This guide will discuss manually creating a network configuration file and using Network Manager CLI tool - nmcli. (6 replies) I googled to see how I might restart the network interface in CentOS. Network Design. For RHEL/CentOS/Fedora. large serves. I n this article we are going to learn How to install Monitorix System and Network monitoring tools in Redhat/CentOS/Fedora. d/network restart To stop and start use the following option (do not run them over remote ssh session as you will get disconnected): # /etc/init. To add additional IP address and to edit connection settings use the Network Manager tools. So these commands should be working on the popular distributions like Arch Linux, CentOS, Debian, Gentoo, RHEL, and Ubuntu. The old ifconfig, route, and netstat are replaced by ip. Generally after installing CentOS 7 , the network cannot be connected in that machine. Networking Bonding in RHEL/CentOS 7: Combining multiple NICs into one. Get answers from your peers along with millions of IT pros who visit Spiceworks. Thus, the first alias of eth0 is eth0:0. Restart the Network. I must say when I started configuring static IP's on Cent OS 7 via CLI it was pretty confusing, but then i understood it - it became much easier. 1804 server has a loopback and ethernet network cards. We are partial to still using ext4. This makes the interface only come up when the parent interface comes up, while ONBOOT=YES would pull up the parent interface even if that is configured to not come up on boot. 1 with a connection to the private network over LAN 2. 1, Palo Alto Networks recommends CentOS 6. Choose "Edit a connection". Here we have 2 interfaces named “ enp0s17 ” and “ enp0s18 ”. Open and edit network configuration file for (eth0 or eth1) using your favorite editor. Configuring network on any operating system involves configuring an IP range for the system. The Samba client that is used for backing up the appliance uses SMB 2 by default on CentOS 7. Kernel is the source for vnstat. Restart Network Interface Using Command Lines in Linux USNLHIID Ask a question. Since CentOS, beginning with version 7, uses systemd instead of SysVinit for service management, we will use the systemctl command instead of the / etc/init. VLAN interfaces created using ip commands at the command prompt will be lost if the system is shutdown or restarted. The network bridges are used in networking for Virtual Machines. The server router has CentOS 7 installed and I am going to configure it as a router on the network. NIC bonding is an efficient method to increase the available bandwidth of a server. (I tried all virtual Intel adapters and bridge mode - results were the same, I mean negative ones) Workaround: Command sudo service networking restart on guest machine. This is where our client-1 machine comes in. This network bridge allows virtual machines to have access to the external network and vice-versa, follow this guide to setup network bridge on CentOS 7 / RHEL 7. Configuring CentOS 6/7 Network Interface. x: sudo yum install bridge-utils Step 2 – Disable Network Manager. For CLI use nmtui for example. I want to restart the network service on my centos 7 system, How to restart/start/stop network service using systemctl command under centos 7 operating system? this post will guide you how to restart/stop/start network service using "systemctl" command in centos 7. If Network Manager is not controlling an interface, its STATE will be listed as unmanaged. With accelerated networking, network traffic arrives at the VM's network interface (NIC), and is then forwarded to the VM. This post we show how to change interface names in RHEL 7 and CentOS 7. # # Restart Network Interface # systemctl restart network. Open ‘Network’ either by clicking network icon & then selecting ‘Network Settings‘ on top-left corner of the screen or goto Applications-> System Tools-> Settings-> Network. 1 on centos 7 install ssl on haproxy centos 7 or ubuntu 14. The box has crashed and I had to reboot it. Curious to know how? Well, Follow me, It is not that difficult. d/network restart. Can you guys provide steps on how to configure the /29 ip range on my centos 7 server?. To solve this either change network adapter type to e1000 or add this line to the vmx file ethernet0. Eth1 to use static ip, and the ip dhcp eth2. Now select the IPv4 tab. Bring the interface down and back up with ifdown and ifup: [[email protected] network-scripts]# ifdown eth0:0 && ifup eth0:0. So these commands should be working on the popular distributions like Arch Linux, CentOS, Debian, Gentoo, RHEL, and Ubuntu. I have loaded # lsmod | grep 8021q # modprobe 8021q I would like to configure an IP address on the server. The first thing after installing a Linux OS as a server is configuring the network interface to have remote access and from your workstation/laptop and a cup of coffee you could manage your server at your convenient. The server router has CentOS 7 installed and I am going to configure it as a router on the network. 1Q VLAN Tagging Using ifcfg Files". How to Restart Network in Ubuntu Server 16. When you try to check network interfaces, and IP address on the server, you will only see localhost interface. Example ifcfg-ethX Interface Configuration File. systemctl restart network Verify Static IP Address. Large MySQL databases can require a considerable amount of memory. The purpose of this article is to describe how to install CentOS 7 on the Raspberry PI 3 B for use as a starting point to install light-weight services such as DNS, NTP, DHCP, Apache, etc. For wired, eth0 with DHCP will show you something like the following image: Just to wrap it up, lets do another ifconifg -a from command line. I'm trying to add a second network adapter to the VM. Here I'm going guide how to configure virtual network interface in Centos ,but other Linux flavors process is similar. Restarting the network interface by using command lines will require certain user privileges, as well as designation as the system's root user, or via the Sudo. In this example, I use 3 virtual machines. : After successful restart, enter: ifconfig -a. This article will help you to configure the network on a CentOS 7 operating system. It can be defined as the aggregation or combination of multiple NIC into a single bond interface. 04 (Xenial) Ubuntu 14. Zones are attached to network interfaces and determine which traffic is allowed on a specific network and which. com/eti9k6e/hx1yo. In CentOS 7 the naming convention for network interfaces is automatically determined based on firmware, topology, and location information can result in a long interface names. service network restart. Set Static Ip Linux Command Line Centos If you want to set up a static IP address on a network interface in CentOS 7, Save changes and restart the network service using the following command: Do you want to receive Linux related. In this article, I’ll show you how to do it through command line. Generally after installing CentOS 7 , the network cannot be connected in that machine. 1) Change the default network interface name to “eth0 Restart the network service(Be careful, if you are. Network Design. We choose the IPSEC protocol stack because of recent vulnerabilities found in pptpd VPNs and because it is supported on all recent operating systems by default. CentOS 7 uses the Network Manager by default (at least the one test install I've done). Step 1: Check your network interface in CentOS system [[email protected] ~]# ip addr. To Add Secondary IP / Alias On Network Interface in RHEL / CentOS 7 This guide will show you how to add an extra IP address to an existing interface in Red Hat Enterprise Linux / CentOS 7. Unix-like system users are already familiar with the terminal. All replies. While in cloned centos 6 server the network adapter is automatically ticked. Can you guys provide steps on how to configure the /29 ip range on my centos 7 server?. ↓ Skip to Main Content CertDepot Everything you need to pass your RHCSA, RHCE, LFCS, LFCE and much more. ip -6 addr add IPv6_address/120 dev eth0. Once you have made the necessary changes restart RHEL7's system networking: # systemctl restart network Confirm that your IP address has been updated:. Once network configuration has been created/updated, you can activate a network interface by running: $ sudo service network restart Note that if you are using Desktop version of Linux, you will need to disable NetworkManager first, before attempting to configure interfaces as described above. Howto enable network interface on Centos 7 and RHEL. Upon rebooting the server for maintenance of an unrelated application (OpManager), the network service will not initialize. In order to change the device name without restarting network services, use the ip link commands suggested by James Shewey (ip link set name ). 3ad) bonding network interface. Icinga 2 is a popular open source network resource monitoring system, and Icinga Web 2 is a web interface for Icinga 2. It has 2 NICs (Network Interface Cards). # systemctl restart NetworkManager. In the left sidebar click on the Network tab. When you install CentOS from a local installation source to a local storage device, be sure to configure at least one network interface manually if you require network access when the system boots for the first time. yum groups install "KDE Plasma Workspaces" I hope above helps you to boot CentOS in graphical desktop mode. service Restart Network Interface in Ubuntu/Debian Linux. What is a proper way to rename a network interface on CentOS or RHEL 7? Traditionally, network interfaces in Linux are enumerated as eth, but these names do not necessarily correspond. First of all, it is necessary to ensure that the kernel module for network teaming (bonding) gets loaded during the boot. Network Configuration. # /etc/init. As aforementioned we are using a cluster running CentOS 7 minimal version. This guide will discuss manually creating a network configuration file and using Network Manager CLI tool – nmcli. But I did not want to do it after every reboot. In this article, I’ll show you how to do it through command line. This happen because Ethernet interfaces are not enabled by default. Stack Exchange network consists of 175 Q&A communities including Stack Overflow, the largest, most trusted online community for developers to learn, share their knowledge, and build their careers. This blog post will show you how to set a static IP address on CentOS 7 from scratch with no prior knowledge of any information about the network. A zone is applied to network interfaces through the Network Manager. Material presented here covers Linux Redhat, Fedora, CentOS, Slackware and other similar distributions. hoặc nhiều network interface hoạt động như 1 card network restart. The network does not come up on boot after a yum update to RHEL 7. 04 is that when you configure new IP Address on a Network interface, it does not remove the old IP Address from the interface after network restart. # systemctl restart NetworkManager. But sometimes there are situations where you don't want to use the provided values. Gnome is the default environment for CentOS 6 Desktop installations. netsh interface show interface command still saying Ethernet 2 and Wi-Fi 2 after reboot. By default CentOS minimal install does not come with pre-configured network, CentOS Minimal Installation Network Configuration Now restart the network interface:. NIC (Network Interface Card) bonding is also known as Network bonding. Change the value of the “ONBOOT” parameter from “no” to “yes”. it might be different in your case ( Eg: em1 or p4p1 ). use systemctl to start, restart and shutdown rhel 7 and centos 7. To make the changes take effect please restart the network services using: service network restart. 101 is the secondary router to which you are adding a default route eth0 is the network interface assigned to your main network (in this case, 10. "Only one command" because that is the only interface where my ssh is working on also. It has 2 NICs (Network Interface Cards). To stop and start use the following option (do not run them over remote ssh session as you will get disconnected): # /etc/init. I used system-config-network tools, and compare the config files, it adds below lines to the end, and after reboot it's OK. To Setup network. Firewalld works on the concept of zones. Interface teaming is introduced in RHEL 7/CENTOS 7 it performs same function as NIC Bonding. 1q VLAN Tagging in a Network interface on RHEL / CentOS and Fedora system. Install System Config Network. It is a combination of two or more NICs into a single bond interface. How to fix eth0 network interface on centos 7 (1) Yum (1) LOVE (1) Love at different ages (1) Archives. d/network restart To stop and start use the following option (do not run them over remote ssh session as you will get disconnected): # /etc/init. CentOS 7 / RHEL 7 get status of network service sudo systemctl status network. By default Centos 6 new installation will not have network access , which means you need to configure ip address to the network interfaces by yourself. To apply your changes, restart your network services. Under the IPv4 Method select the “Manual” option. Once both network connections have been modified, you must restart the network. That looks good. Step 3: Configure internet network. Network interface names are limited to 16 characters in CentOS. com in browser, the DNS server translates the domain name into its associated ip address. Click on Reboot to restart the system. This guide will take you through setting up Hetzner root server, preparing environment for OpenStack, installing the OpenStack Stein release, adding a floating ip subnet through OVS, configuring networking, security. d/network start Fedora/RHEL. The following explains the steps required for migrating an image to a IaaS environment when the OS of the virtual server that is operating in the migration source virtual environment is CentOS 7. We will be using CentOS 7 server, with two interfaces (enp0s8 and enp0s9) connected to a switch as described in the below picture, the new created bond interface will be given the name “bond0”: Create a network script file for the bond interface (bond0):. Now Network Manager should come up with a connected interface. How do I Add Default Gateway. d/network stop # /etc/init. This bridge network allows virtual machines to have access to the external network and vice-versa, follow this guide to create network bridge on CentOS 7 / RHEL7. d scripts to restart the services throughout this book, as follows:. Here we are going to static Network configuration. Setup_Gateway_Routing_On_Multiple_Network_Interfaces. If you are behind a proxy, then there's a couple extra things that you have to do. CentOS 7 comes with Network Manager, a service that runs by default and has a graphical, text as well as command line interface. 110 with a connection to the public Internet through LAN 1. Multiple EC2 Network Interfaces on Red Hat / CentOS 7 If you're not running Amazon Linux with the built in network interface management tools, adding multiple ENIs on the same subnet can be a confusing experience. issue the command sudo systemctl restart network. By using “vi” editor (or other preferred text editor) edit the network interface configuration file. Upon rebooting the server for maintenance of an unrelated application (OpManager), the network service will not initialize. As people were complaining about network interface names changing each time a new one was added, it was decided to call a network interface according to its physical location. There are several ways to configure a static IP address. Automatically enabling your network connection at startup on CentOS 7 The release of CentOS 7 stoked my curiosity so I gave it a go in a VirtualBox virtual machine. conf file, which holds all nameserver configurations for your server, to be overwritten by the NetworkManager. /24 is the subnet mask 10. virtualDev = "e1000". 04 64bit How To Install Docker-CE on Ubuntu Server 19. You will get that dhcp server assigned an ip address from the defined subnet. However, having a network interface called enp2s0 or enp4s2f0 doesn't satisfy everybody. First install CentOS 7 to the system from the minimal installation media. It is fit for just about any server project such as Web Server, File Server, Database Server etc. Linux allows binding of multiple network interfaces into a single NIC using special kernel module called bonding. Setup network on CentOS 7 minimal First, type " nmcli d " command in your terminal for quick list ethernet card installed on your machine:. With ETH0 (or whatever) highlighted press Enter or choose "Edit". This how-to guide shows you the easiest way of adding those additional IP addresses to your CentOS 7 server. With accelerated networking, network traffic arrives at the VM's network interface (NIC), and is then forwarded to the VM. Now that we have given the system the necessary information all we need to do is restart the network service.


Security engineering is all about building systems to remain dependable particularly in the face of error, malice or mischance. It is a discipline that puts its focus on the tools, methods that are needed to design, processes, implementation and tests of complete systems and also the adaptation of existing systems as the environment evolves (Anderson, 2008, p. 15-37)
Security engineering obvious requirements are cross-disciplinary systems, which range from cryptography and computer security that is supposed to be through hardware temper-resistance and simple formal method to knowledge of applied psychology, the law, economics and organizations. If security engineering has a very deep unifying theme, it is referred to as the study of security protocols. Typical security systems entail a number of principals like peoples, magnetic card readers, computers and companies, which convey messages using a variety of channels like phones, radios, emails, infrared and by carrying their data on physical devices for example, transport ticket and bank cards. This entire process means that a lot of security is necessary and the reason for using timestamp in the Kerberos protocol (Clifford, 1994, p. 34)
First of all, Kerberos protocol is an authentication service, which is developed at Massachusetts Institute of Technology (MIT) and uses key distribution centers and symmetric key encryption techniques. It provides a reliable means of verifying the identities of principals on an unprotected network. This is achieved without basing trust on the host address, without relying on the authentication by the initial host operating system, without requiring the physical security of all hosts on network and without assumptions that packets that travels along the network can be simply modified, read or inserted at will (Clifford, 1994, p. 34).
Kerberos protocol, timestamp is important in authentication protocols that give support to multiple authentications without any multiple requests to a particular authentication server. This means that Kerberos relies on the actual use of timestamps to assure freshness of initial previous pieces of information as session keys. In addition to this, Kerberos checks Alice’ identity twice before she can be authorized to get access to the actual network resource Bob. First, is by means of Kerberos Authentication Server and secondly is by means of Ticket Granting Server (Needham, 1978, 993-999).
The communication between Alice and the CEO is securing the reason being the massage that is being communicated is encrypted. On the other hand, Kerberos authentication usually proves that the client is actually running on behalf of a particular user (Bellovin & Merrit, 1990, p. 126). Simply put, the client has the knowledge of encryption key that is known by authentication server and the user only. In this essence, the user’s encryption key is used as the password. The application server shares this encryption key with authentication server and this key is known as the server key. Encryption in recent implementation of Kerberos, makes use of Data Encryption Standards (DES) and it is property of DES, such that when it is cipher text, it is decrypted using the same key that was used to encrypt it and then the plain text or original data appears (Bella & Riccobene, 1997, p. 8-9).
In this case, if different keys are used for the encryption and decryption or incase the cipher text is modified in any case, then the result will be unintelligible. This means that the checksun in the Kerberos message will not in any way match the data, thus the combination of checksun and encryption provides confidentiality and integrity for the encrypted Kerberos message (Burrows & Abadi, 1989, p. 237). This gives the guarantee that the communication between Alice and the CEO was properly secured because security is determined by confidentiality and integrity, which is really demonstrated by Kerberos encryption.
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How you charge your phone is one of the most important habits
This is the main reason why your phone battery is wasted
Mobile phone batteries are mostly made of lithium ions.
Charging in an Extreme Temperature
One of the worst charging mistakes people often make is
They are using their mobile phone while charging
The reason the battery degrades faster when used while it is being charged is because it generates excessive heat which is not healthy for the battery
Extreme coldness is not exempt from this
Charging your mobile phone in extremely cold environments is also bad for your battery
Leaving your phone on charge all the time or leaving it on continuous charge
Even though today's technology includes overcharging protection on our phone battery, it is still not recommended that you overcharge your phone battery too often
No matter how small the continuous charge and discharge, when it is done repeatedly, it will pile up and can cause significant damage to the battery.
Keeping all these things in mind, charge your phone as per the requirement.


Jack Dorsey, the creator of Twitter, has announced that he will introduce BlueSky Social, a brand-new social network app. To “reclaim” user data, the new “decentralised” social network will do so.
The software is now undergoing private beta testing and will soon be made accessible to the general public, claims a blog post. A redesigned “AT Protocol” (Authenticated Transfer Protocol), which will be an improvement over the previous “ADX Protocol,” was revealed to the public by the company, even though there is little information available about the upcoming software. This technology will provide the basis for BlueSky.
The company stated, “A brand-new federated social network is called “AT Protocol.” It combines concepts from the most recent decentralised technologies into a simple, fast, and open network. “
BlueSky claims that its programme would allow users to switch between many social platforms using only one good browser. Users will be able to control what they see and how much data they provide to social media sites due to this (algorithmic choice).
Futurism says that the company may be using web3 to achieve this network performance.
Furthermore, BlueSky assures its users that the AT Protocol will provide anonymity for unreliable partnerships that control a person’s online identity. However, accounts may be switched between providers without losing any data or social network connect
To address coordination challenges, the AT Protocol also includes Lexicon, a schema-based interoperation framework.
The company is iterating on the protocol specifications and sharing information about the process while the app is undergoing private beta testing.


Rechargeable mobile power station – 3000mAh capacity
Ideal for Smartphone, Tablets, Gaming devices, MP3 etc
Never run out of power while on the move again
Stylish, robust aluminium design – fits in your pocket
Fast charge time for your digital devices – intelligent charging
Approx. charge rate for phone – 500mAh/hour
Fast recharge time allows for daily use
Standard USB-port allows for your devices USB charge cable
Intelligent design for long life operation
Retail blister pack design – ideal for postal shipment
Powerbank030G | LMS Data USB 3000mAh Round Type Portable Powerbank / Mobile Charger - Golden
Mobile power charger for your Smartphone, Tablet or gaming device
The rechargeable power station for your mobile digital lifestyle.
Have you got the latest Smartphone, computing Tablet, MP3 or gaming device but are fed up with low-battery warnings when your out and about?
Modern devices are basically, small dedicated computing devices using power hungry CPUs, high-energy wireless communications and of course bright, high resolution colour displays. All of this creates a heavy load on the devices internal batteries, even the latest generation Li-ion battery technologies.
The new, completely rechargeable PBK-68 from LMS Data is your ideal companion for all your mobiles devices. Featuring a high capacity, 3000mAh rechargeable battery, all in a stylish, aluminium design, not much bigger than an AA battery. Total charging flexibilty is assured since it uses a standard USB-port for charging your device, including iPod?, iPhone?, Android? and Blackberry? compatible devices ? simply use your existing USB charge cable!


Wireless Charging also known as Inductive charging, is a convenient and cable-free way to charge your Smartphone device. Now you can have a stylish designer wireless charger.
Floral Frogs Leaves Designer Wireless Charger
♥ One Induction Charger ONLY
♥ Works with all wireless charging compatible smartphones
♥ Clear, open ports for connectivity
♥ Product Size: 89mm (diameter), 5.4mm(thickness)
♥ Input voltage: 5V/1A USB
♥ Charging distance: 10mm


“DNS stands for Domain Name Server. When you type www.google.com, the DNS server converts the name into an IP address of Google. Then it follows the IP address to fetch you the webpage.
Now, due to a defective DNS server system, your typed address can not get resolved into IP. So you reach nowhere.”
SOLUTION (Simple) :
BSNL DNS is the root cause of the problem, so simply change it to DNS that works.
IMPLEMENTATION (Simpler) :
a) Double click the LAN icon on your system tray
b) Go to Properties > Click on Internet Protocol (TCP/IP)
c) Choose “Use the following DNS server addresses”
220.127.116.11 as preffered DNS server and
18.104.22.168 as alternate DNS server
These are provided by OPENDNS for public use.
e) You’re DONE


App for inclusion LED backlight as a flashlight.
- Ordinary flashlight
- Strobe (flashing)
- Sending out the SOS signal in Morse code using light
- Sending any messages in Morse code using light (Russian and English alphabet)
- HD texture
- Widget includes a flashlight without launching the application
Flashlight with Morse Pro is a free trial software application from the System Maintenance subcategory, part of the System Utilities category.
The app is currently available in English and it was last updated on 2014-02-20. The program can be installed on Android.
Flashlight with Morse Pro (version 1.0.3) has a file size of 1.05 MB and is available for download from our website.
Just click the green Download button above to start. Until now the program was downloaded 1 times.
We already checked that the download link to be safe, however for your own protection we recommend that you scan the downloaded software with your antivirus.


Coordination and Timing of MQTT messages
When starting up the two applications (gazebo workspace and this repository), one is always started first and sends its MQTT messages to some topic to which the other has not subscribed yet. That way, messages are lost. A concrete example is the initial robot config, in which ros2rag sends a message to the robot, which data should be sent.
Possible solutions include
Using the "retain" flag/feature of MQTT. Here, once the message is sent to the broker, every subscriber to that topic will receive this message right away.
- Pro: easy to implement
- Con: Possible inconsistencies if an "older" message is read, e.g., when both systems have been restarted, but the broker is still running
- Con: At most one retained message per topic
We could implement a new, small model used to coordinate all other models, keep track of their state and maybe provide means to query the state of other systems.
- Pro: flexible
- Pro: possibly another "paradigm"
- Con: has to implemented


Cheap International Calls & SMS to your loved ones at super cheap rates, with crystal clear voice quality. That’s Vinota. Talk more with HUGE Savings! on mobile VOIP Avoid roaming charges on your international calls by using Vinota, Make cheap international calls abroad while keeping your own phone number using your local SIM card! Avoid roaming charges on your international calls by using Vinota, Make cheap international calls abroad while keeping your own phone number using your local SIM card! You can call any number in any part of the world, with world’s most competitive call rates and HD quality voice. There are no boundary to call any countries or continents with the competitive rates of Vinota. (Check our amazing rates inside the APP). Calling has never been easier or cheaper!
- Vinota is great for calling India, Ethiopia, Bangladesh, Brazil, Philippines, Mexico, China, Egypt, Germany, Nigeria, Kenya, Indonesia, Malaysia, Iran, Iraq, Morocco, Pakistan, Poland, Romania, Russia, Saudi Arabia, Sri Lanka, Nepal Turkey, Laos, Myanmar, Thailand, Afghanistan, Yemen, ,Uganda,Cameroon or any other destination. Save money on international call costs and roaming fees without sacrificing on voice quality while traveling abroad.
- All this may seem too much, but it’s not. Why? Because it’s Vinota! Signup with Vinota today to experience this marvel piece of innovation.
- Vinota makes your life easier. Whichever country you are in, you can make international calls to any other country.
- Travelling while on a business trip and hate paying huge roaming fees? You can make cheap international calls to any country in the world with crystal clear voice quality. By using Vinota, you don’t even need to carry on with expensive roaming charges your phone company provides. Feel the freedom to – call anywhere – from anywhere – being anywhere.
- It’s a great way to eliminate the phone companies international ’ text charges. Start using Vinota’s worldwide texting offer.
- How many times it happened when you call your friend and you are not even recognizing his/her voice. Why?Because of the cheap call quality.Using Vinota, you can make sure that there won’t be any issues with call quality. You will enjoy HD Quality voice every time.


View our list of some of the best VPN Routers which are designed to protect your home or office network from data theft and keep you secure online.
What Are The Best VPN Routers 2020?
YOU MAY ASK WHY WOULD YOU NEED TO USE A VPN ROUTER? HERE ARE THE TOP 5 REASONS TO USE A VPN ROUTER
Privacy & Dignity
Security & Safety
Throttling & Censorship
P2P & File Downloads
Comparison Of VPN Routers
2.4 & 5
Liberty Shield Lite
GL.iNet Travel Router
MikroTik Multi Country
2.4 & 5
WAVLINK WiFi Router
2.4 & 5
2.4 & 5
2.4 & 5
FREQUENTLY ASKED QUESTIONS ABOUT VPN'S
A VPN or Virtual Private Network is something that creates an encrypted ‘tunnel’ over the internet between the website or app you’re using and your computer/smartphone/tablet.
It’s done by rerouting the connection via what’s known as a VPN server in a different country. This makes your visit to any website or app appear as just another ‘local’ visitor.
Your IP address is replaced by the IP of a VPN server making you effectively anonymous. To do this yourself, you simply need a VPN app and a subscription.
The best VPN to look out for works across all devices, even Smart TVs with the help of an ethernet cable or similar.
Connecting to a VPN can be done by using a VPN client (software/app). Simply install this on the device you’re using.
Once loaded, the VPN software will then give you the option to connect to a multitude of different servers around the world.
The amount of servers you’re offered will depend solely on the VPN software you’re using however, the type of VPN you use will also depend greatly on how you want to connect to the net as well as the level of security you’re looking for.
You’ll set up your VPN by downloading the setup software once you’ve signed up to the provider you need and installed it on the device you’re going to be using.
- Anonymity & Privacy – unlike proxy services or apps that hide IP’s, a VPN will offer much greater privacy as the secure connection is made through your device and the server or network you’re connecting to.
- Better Security – the added security is a big bonus of a VPN. When sending or receiving sensitive information, VPNs become vital.
- Enhanced Access – if you’re struggling to access certain websites or apps due to local censorship or other locational blockages, a VPN will give you unlimited access to servers around the world allowing you access to your favourite websites with complete ease.
There are free VPN providers and paid. The issue with free VPNs however, is that they don’t have the revenue to invest to give you the best bandwidths, speeds, reliability or security.
Security is of the highest importance when using VPNs and a robust encryption over a secure network vital.
In most cases however, free VPN services offer a PPTP (point-to-point tunnelling) which is easy to set up yet has major security flaws, being vulnerable to attack.
With paid VPN services you can count on better speeds, less buffering, more robust security, more VPN protocols to choose, higher bandwidth for faster, efficient connections and much better customer service too.
Most VPNs are available on pretty much all devices but it’s a good idea to check that the VPN you’re going to use works on yours.
If you’re looking for providers that support most operating systems, check out the likes of SaferVPN and CyberGhost.
You’ll also need to check out the level of security on offer and how much you actually need. All VPN providers will have different protocols, which will determine the level of security on offer.
This is why it’s always advised to take your time assessing the VPN protocol you need and finding a VPN client to suit.


The service revenue is at 191.5 million euros and continues to be stable on quarterly evolution for Vodafone Romania for the quarter ended December 31st, 2021, as reported today by Vodafone Group Plc.
Vodafone Romania’s customer base reached 11.2 million on December 31st, 2021, and it includes clients of mobile and fixed services, as well as IoT solutions.
"In 2021, we focused on one hand, to minimize the current context's impact on the business, while at the same time expanding and strengthening our network to make sure people from both urban and remote areas remain connected with reliable access to quality fixed and mobile services. Looking forward, the keyword is change. At the industry and the company level, we foresee a change in pace. You will see a much more dynamic Vodafone in 2022 and years to come”, stated Achilleas Kanaris, CEO of Vodafone Romania.
During Q3 2021 (October 1st – December 31st), Vodafone developed a series of projects for its customers, individuals and corporations, as well as initiatives aimed at protecting the planet and helping the ones in need. In early October, the company extended the support offered to small and medium businesses through V-Hub platform, which now enables the free testing of new technologies and digital solutions. Black Friday brought the “5€ Shop” offering Vodafone’s clients smartphones, gadgets, accessories and mobile and fixed services at super discounts and super offer packs available for installments of only 5 euro/month.
Early October, the company launched Eco-SIM cards made from recycled plastic as part of the company’s commitment to reduce its impact on the environment. And as a technology partner for Salvamont Romania, the only mountain rescue service in the country, Vodafone sponsored the association with the necessary funds to purchase equipment for locating people caught in an avalanche (Recco system), a national premiere.
Above all, in Q3 2021, Vodafone Supernet Fiber received certification for the best-fixed internet user experience in Romania from the independent German auditor umlaut, which took into account over five million internet traffic samples. This is the first certification offered by the German auditor umlaut to a fixed internet network operator in Romania.
Vodafone operates mobile and fixed networks in 21 countries and partners with mobile networks in 52 more. As of 31 December 2021, the company had over 300m mobile customers, more than 28m fixed broadband customers and over 22m TV customers.
Vodafone is a world leader in the Internet of Things (IoT), connecting more than 142m devices and platforms through innovation that aligns with the aspirations of society for cleaner and safer cities, better transport and improved agriculture. Vodafone’s digital leadership is also changing how governments deliver healthcare and education, and how businesses, particularly Small and Medium Enterprises (SMEs), serve customers.
The company has revolutionized fintech in Africa through M-Pesa, which celebrates its 15th anniversary in 2022. It is the region’s largest fintech platform, providing access to financial services for more than 51m people in a secure, affordable, and convenient way.


Millimeter-wave (mmWave) radar technology has emerged as an accurate and cost-effective approach to motion sensing and control. Resin Designs’ TechFilm B-Stage Epoxies (electrically conductive and structural) have been enhancing the performance of these devices. With their precise bond line thickness and placement accuracy, the B-stage epoxy films play critical roll in ground plane formation and adhesion of patch antenna to power boards. The technology has been front and center in the automotive arena from basic safety innovations like back up and side sensing devices to full autonomous driving development. As mmWave devices increase in number within an automobile, a number of key factors are driving development including:
- consistency of thickness for precise bond line for improved dielectric properties
- accuracy of placement for complicated designs
- patch antenna ground plane design improvements with electrically conductive B-Stage adhesive
- decreased size and weight
- decreased cost due to enhancements in process improvements
The use of mmWave devices in critical applications such as driver safety and autonomous vehicle control requires the highest levels of protection and reliability. The consequences and liability of inconsistency or failure could be catastrophic. B-Stage adhesives provide today’s design engineering great potential in addressing improvement to challenges involved in mmWave antennas and assemblies.
Related article: All You Need to Know About B-Stage Epoxy Films
TechFilm B-stage epoxy films are partially cured versions of traditional epoxy resins. B-stage films provide the same function as traditional heat-curing epoxies. Films are positioned at the bond interface, and heat is used to complete the polymerization reaction and bond. They are typically provided as a film sheet or more often in precut shapes and forms with release liners. Typical thicknesses are from 1/1000ths to 5/1000ths of an inch, or customer specific thickness for required applications. Glass support can be used for added flexibility requiring special handling conditions.
Potential applications for B-stage films include:
- conductive or dielectric layer bonding within planar antenna constructions
- conductive or dielectric layer or pathways
- adhesion of patch antenna
The properties of B-stage epoxies make them particularly well suited to mmWave antenna and device construction due to their:
- consistent and reliable thickness for improved dielectric matching
- completely clean and linear or complicated design bond lines
- ability to be die cut to specific shapes
- flexibility for flex antennas as well as for improved mechanical shock resistance
- low profile electrically conductive bond for improvements in ground plane design
As a supplier of electronics protection polymers and coatings, Chase Corporation and our employees can help you with an unbiased approach to evaluating your application and process. We’ll show you how to maximize efficiency, minimize cost, and improve product reliability. Our outstanding manufacturing and technical support groups can provide your organization with reliable global supply, unmatched quality, and superior technical support.
Please contact us today to discuss your application.


The business phone system in a company or office is the most important piece of equipment. Without it, people will not be able to call in and staff will not be able to call out! A system like this basically starts at a few thousand dollars and it is only meant for offices or companies with more than ten staff who will all be using a phone.
The price increases with the amount of features that are requested by the buyer and of course, the number of phones needed. Here are some features that you should look for when you would want to choose a good system!
- Auto Attendant – this feature takes the place of a receptionist and presents the caller with a list of options to route their call. For example, callers can press “2” to speak to the sales department.
- Conference – this allows more than two callers in a conversation. Some phone systems allow up to 5 concurrent callers who can speak and hear each other.
- Voice Mail – this allows the caller to leave a message when the recipient does not pick up the phone.
- Redialing – this feature enables the caller to redial the number he or she has just entered.
- Call holding – this allows the caller to put the recipient on hold for a moment!
Some phone systems include advanced features, but at a premium.
- Find me/Follow me – this feature allows users to forward their phone on demand to another phone, a home phone or to their secretary.
- Computer Telephone Integration (CTI) this enables the phone system to be able to interact with a computer. For instance, users can click on a virtual number pad on the computer screen and the phone will dial the number entered. The number and name of a caller can also be displayed on the computer screen before the recipient picks up!


Verimatrix specializes in securing and enhancing revenue for multi-network, multi-screen digital TV services around the globe and is recognized as the global number one in revenue security for connected video devices. The award-winning and independently audited Verimatrix Video Content Authority System (VCAS™) family of solutions enable next-generation video service providers to cost-effectively extend their networks and enable new business models. The company has continued its technical innovation by offering the world’s only globally interconnected revenue security platform, Verspective™ Intelligence Center, for automated system optimization and data collection/analytics.
Its unmatched partner ecosystem and close relationship with major studios, broadcasters and standards organizations enables Verimatrix to provide a unique advantage to video business issues beyond content security as operators introduce new services to leverage the proliferation of connected devices. Verimatrix is an ISO 9001:2008 certified company. For more information, please visit www.verimatrix.com, our Pay TV Views blog and follow us @verimatrixinc, Facebook and LinkedIn to join the conversation.


IoTzone is a new business unit within Glyn Ltd which aims to serve the connectivity and cloud platform requirements of various industries as they try to transition towards the rapidly emerging world of the Internet of Things with its tremendous potential benefits.
Simply put the Internet of Things is the concept of basically connecting any device to the Internet. The IoT is a giant network of connected “things” which is estimated to reach over 50 billion devices by 2020. The new rule for the future is going to be, “anything that can be connected, will be connected.” Ubiquitous connectivity coupled with low power embedded computing devices and smart sensors can enable the generation of massive amount of environmental data which can then be analysed either on the cloud or on the edge to provide timely actionable insights that has never been possible before. IoT also allows remote monitoring and control of industrial equipment in a scalable and secure manner. The unprecedented opportunities brought about by IoT is limited only by one’s imagination.
The core of IoTzone’s product portfolio include various wireless and wired connectivity technologies such as Cellular, Satellite, Wi-Fi, Bluetooth, Ethernet, Modbus, VPN, and LPWAN such as SigFox and LoRa, and all sourced from world class vendors. The data from these networks can be managed from a secure cloud platform that we also support. This highly synergistic solution enables our customers to reduce cost and increase profitability through better efficiency while also improving system compliance.
- Technical consultation on customer’s use case and propose solutions
- Supply connectivity products from world class vendors
- Provide cloud platform integration services
- Custom hardware and software application development
Telit cellular modules, cloud platform, and cellular SIMs
Robustel cellular terminals
Skywave satellite terminals
Gatetel cellular terminals
AAEON IoT gateways and industrial PC systems
Xirgo asset management dongles/terminals
LoRa base stations and gateways
Various wireless module suppliers (Wi-Fi, Bluetooth, ZigBee, LoRa, SigFox)


Today Auspice has covered the entire Indore and surrounding area of Madhya Pradesh with a world-class optical fiber network.
With the support of a wide spectrum of discerning and prestigious customers like you, we have more than 275 satisfied leased line Subscribers and more than 5000 Broadband subscribers in M.P.
Auspice has been at the forefront of technology and has revolutionized telecommunications with its world-class products and services.
The technology deployed by Auspice is the latest state-of-the-art. Auspice has multiple POP in Madhya Pradesh and these pop are connected through very reliable and high capacity Transmission links (optical fiber cables).


Memorial Hospital Los Banos, a Sutter Health affiliate, said it will conduct a scheduled telephone upgrade on Aug. 23 from 2 a.m. and 6 a.m. During this downtime there will be limited phone service.
The hospital will use portable two-way radios and cellular phones, to ensure emergency communications by staff are possible.
One line, (209) 826-0591, will be available for emergency messages. This line will not have call waiting, and callers will receive a busy signal if in use. However, non-emergency incoming calls, as well as outgoing calls by patients, wont be possible during this time period. In case of emergency, residents should call 911, as they would usually do.


SHYSPY | GPS/GSM Tracker For Bicycles
SHYSPY GPS tracker not only enables cyclists to track their cycling activity but also to locate their stolen bikes in case of crime.
SHYSPY GPS works in much the same way as other GPS tracking devices, the unit uses a combination of a mobile SIM card along with a GPS module to accurately track the location of your bike to and deliver this data to your desktop or mobile device via a data connection.
Some of the hardware features:
- Long battery life. In passive mode (not tracking but connected to network) it can operate for 5 weeks continuously. It can also easily support a power down mode in which it will listen to external events (e.g., motion detection) and can run for months at a time (most likely even a year)
- Quad band GSM connectivity, meaning compatibility with all GSM networks.
- The first one uses hardware which is sold at a loss with a monthly contract to access the tracking data
- The second one sends tracking information to a cell phone using SMS where the user can see the coordinates and open a link in Google Maps
- Coverage: works even with connections that are not good enough for voice, and is available where other network services are not
- The network itself acts as a buffer in case one of the communicating ends has no connection
- The amount of power needed to send an SMS is much less than to e.g., set up a TCP connection over GPRS
- Point to Point communication without the need for a server with static IP address
We just had to simplify the manual process of sending SMS with a software system:SHYSPY desktop and mobile app just do that for you. and gives you the choice to choose between either GPRS or SMS tracking methods and benefit from the one that suits you better.


the East West Center Techs
in Paradise (TIP) 2004 International Conference, an 11
Mbps/2.4 GHz Wireless LAN (IEEE 802.11b) between Honolulu
and Tokyo was demonstrated by the Communications Research
Laboratory (CRL) via the Asia-Pacific Advanced Network (APAN)
network. The IP controlled model car introduced by the CRL
can be controlled from long distances through the Internet.
PEACESAT Honolulu staff were able to control the model car
located in Tokyo, Japan and they participated in a very exciting
car race from Hawaii via the Internet.
The Asia-Pacific Advanced Network
(APAN) is a non-profit international consortium established
on 3 June 1997. APAN is intended to be a high-performance
network for research and development on advanced applications
and services. APAN provides advanced networking environment
for research community, and promotes international collaboration.
On April 1, 2004, the Communications Research Laboratory (CRL)
and the Telecommunications Advancement Organization of Japan
(TAO) will be recognized as the National Institute of Information
and Communications Technology (NICT).


Robert van Boesschoten
Last updated: 27-08-2020
In Betty Blocks it is possible to connect via web services with all kinds of external systems. By now, it needs little explanation that this applies to external systems that are connected to the internet by means of a (public) web API. In this article we want to go a step further and explain how an external system that does not have its own web API can communicate with Betty Blocks web services.
In this case, we will discuss how to make it possible to read data in an on-premise Oracle database via the web service functionality in Betty Blocks.
To make the translation between the Oracle database (which only understands SQL) and the Betty Blocks web service (which only understands JSON APIs), a proxy is needed. Betty Blocks has an Oracle proxy available for this that can be installed on the same network as the database.
Sample code for a proxy is publicly available and can be downloaded from Github. GitHub - bettyblocks/nodejsoracleproxy.
The Oracle proxy must be set to connect to the database. For details on how to do this exactly, you can use the readme from the link above. After the proxy has started, a connection to the database is set up and at the same time a web server is started. By making this web server accessible via the internet, it can be accessed and consumed by Betty Blocks web services.
In Betty Blocks it is then possible to perform queries via the web service via the proxy on Oracle DB. First, create a Webservice where the Host setting matches the url used for the proxy.
Then add a http event to an action where the proxy is actually called upon.
As you can see, we set the Response as option to 'relations', making the data available for further processing in your Betty Blocks application.


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- Mon Jan 11, 2021 2:26 am
- Forum: Flowcode V7
- Topic: Internal canbus problem with pic18f25k80
- Replies: 0
- Views: 123
My English is not good.I am a user of flowcode v7.I built a 10-node internal canbus communication network with pic18f25k80. I can read buffer0 bytes coming from the first 3 nodes with modbus.but I cannot read signals from 4th and other nodes even though I see them on the digital analyzer.I cannot re...
- Mon Jun 25, 2018 8:49 pm
- Forum: 16-Bit PIC
- Topic: dspic30f4013 modbus rtu problem
- Replies: 1
- Views: 2028
Hello i am useing dspic4013 IC when i am trying to compile modbus master RTU in RS232 no problem it's compileing. But however when i try to compile in RS485 RTU it gives me unexpected error. D:\FLOWCODE7_lisansli\hex_dosyalari>xc16-gcc -c -mcpu="30F4013" -omf=coff -funsigned-char -fno-short-double -...


We will ship your order out within one week after you paid.
1.25-53V Adjustable Voltage Reducer Buck DC-DC 20A 300W Power Supply Car LED ZEN
This is a DC-DC step down converter module that convert 12V~55V to 1.25V~53V.
The module supports USB interface, the rated current is 2A and rated voltage 5V, that could be used as charger or power supply for USB equipment.
It has a DC 12V high quality cooling fan which will automatically start up or stop due to module working state.
Current is related to voltage difference and temperature. When it is large current and causes to much heat for chip, it will automatically reduce output power. Due to the limit of maximum power, maximum current will differ according to various output voltage.
The input voltage limit is 55V, and when input voltage is more than 55V, master control chip will burn out as well as module will be damaged.
Type: Non-isolated step-down module (BUCK) Input Voltage: DC 12V to 55V Output Voltage: 1.25V to 53V DC(stepless, continuously adjustable) Max. Output Current: 20A Max. Efficiency: 95% Max. Power: 300W Frequency: 300KHz Operating Temperature: -40℃ to +85℃ USB Interface:Yes (Rated current 2A, rated voltage 5V) Short Circuit Protection: Yes Reverse Input Protection: Yes Reverse Output Protection: Yes Transient Over Voltage Protection: Yes Over Temperature Protection: Yes (Automatic reduce voltage and power or shut off output) Size: 86 x 59 x 51mm / 3.38 x 2.32 x 2"


Opus MP3 Converter enables you to convert Opus to MP3 Audio. Opus is a totally open, royalty-free, highly versatile audio codec. Opus is unmatched for interactive speech and music transmission over the Internet but is also intended for storage and streaming applications. MP3 (MPEG-1 Audio Layer 3 or MPEG-2 Audio Layer 3) is a patented digital audio encoding format using a form of lossy data compression. Now you can enjoy the versatile audios on your MP3 Player wherever and whenever. Converting in batches or convert multiple files at one time.


Reliance Jio Joins Hands with Google to Launch 5G in India Soon
At the annual general meeting of Reliance Industries on Wednesday, Ambani said, “Jio has designed and developed the 5G technology. This 5G spectrum will be ready for trial as soon as it becomes available and may be ready for field development next year.”
Reliance Group Chairman Mukesh Ambani has announced that Jio, the digital arm of the group, is developing a fully integrated 5G telecom technology in the country. At the annual general meeting of Reliance Industries on Wednesday, Ambani said, “Jio has designed and developed the 5G technology.
This 5G spectrum will be ready for trial as soon as it becomes available and may be ready for field development next year.” Significantly, Jio’s global 4G and fiber network is powered by several core software technologies and components. Jio Platforms built world-class capabilities in technologies such as 4G, 5G, cloud computing, devices and OS, Big Data, AI, AR / VR, blockchain, natural language understanding and computer vision with over 20 startup partners.
Ambani said, in the next three years, Jio will connect half a billion (50 crore) mobile customers, one billion smart sensors and five crore domestic and commercial installations.
Ambani said during the AGM that ‘we welcome Google as a strategic investor in Jio platforms. We have partnered with Google and under the agreement Google will invest 33,737 crore for a 7.7 percent stake in Jio platforms. He said that with this Reliance has raised up to 2,12,809 cumulative funds in less than three months.
Mukesh Ambani’s wife Nita Ambani addressed Reliance AGM for the first time. He informed about the social work being done by Reliance Foundation in Corona crisis. Reliance Foundation chairperson Nita Ambani said that food was made available to more than 5 crore poor, laborers and frontline workers across the country through Mission Grain Service.


We found that the organization for IP address 18.104.22.168 is Pre-Press Technologies in Carlsbad, California, United States.
A more detailed IP address report for 22.214.171.124 is below. At the time you pulled this report, the time zone of 126.96.36.199 is America/Los_Angeles, and the current local time of 188.8.131.52 is 17.10.2017 09:31:59. More IP details of 184.108.40.206 are shown below along with a location of the address on a map.
|User Rating:||Rated / 5|
|Local Time:||10/17/2017 09:31 AM|
Administered by ARIN
1406 Fort Crook Road South
Bellevue, NE 68005-2969
No, Contact Known
Migrating from IPv4 to IPv6 is a necessary process since most of the IP addresses under the IPv4 protocol are short in supply. Read more...
Do you want to test latency over the web? You need to run a ping test online using the IPAddress.com tool. Read more...
There can be many reasons that you will want to hide your IP address online while surfing the Internet. See what you can do about it. Read more...


Leading residential property access specialists, Intratone, highlighted its range of smart intercom systems at this year’s Homes UK exhibition, 27 – 28 November in London. At stand H430, visitors experienced first-hand how Intratone’s innovative wireless technology saves housing associations and property managers both time and money, while being safe in the knowledge that their property is secure.
UK Country Manager, Victor D’Allancé, commented:
“When it comes to property access, we know that security is a top priority. That’s why we developed our smart wireless door entry systems; From intercoms and coded keypads, to digital noticeboards and key safes, our technology puts both housing and property managers and residents back in control.
“Designed to save housing and property managers valuable time, our online remote management system ensures housing professionals can keep an eye on properties in real-time, from the comfort of their office. They can edit and delete residents’ details quickly and easily, plus they receive automatic alerts for any fraudulent key fob activity – all without the need for site visits.”
Simple and cost-effective to set up and use, Intratone’s intercom access systems benefit from the very latest Global System for Mobile Communications (GSM) technology. This connects residents’ mobile phones and landlines with Intratone’s smart door entry systems, ensuring that property access is as intuitive and user-friendly as possible. Plus, with no wires, handsets or mechanical keys, the innovative intercoms and access systems reduce set up time, streamline administration time, and reduce maintenance costs.
For more information about Intratone’s range of smart property access solutions – including DDA-compliant systems – visit www.intratone.uk.com


Starting with the 2014 model year, BMW has integrated a more advanced system to give you information on any traffic in your area. Called the Advanced RTTI (Real Time Traffic Information), it uses a faster connection and multiple sources to give you the latest information to help you avoid traffic.
It uses a cell connection built into the car that updates the information every 3 minutes! Advanced RTTI also gets information from other sources such as:
-traffic sensors in the road;
-GPS data from fleet vehicles;
-cameras on bridges
It is a very comprehensive system that is very beneficial to the BMW driver! To watch this in action, look at the video below:


In the ocean and space exploration application domains, robots require a high level of on-board autonomy based on a local interpretation of sensor data. The goal of this work page is to develop methods for on-board processing of sensor data and online navigation for collaborative localization and mapping with heterogeneous teams of robots. The resulting maps encompass thematic data relevant for the applications in both domains and data required for on-board navigation purposes, in particular to enable robot autonomy in environments where no global external positioning system such as GPS is available. The methods should be distributed in order to share the workload between robots and avoid single points of failure. As sensor data is always subject to noise and measurement errors, it is crucial to model and estimate the respective uncertainties and process the data within a probabilistic framework. This requires trade-offs between estimation accuracy, computational efficiency and the bandwidth needed to exchange data between robots and to a ground station.


Product color: Black
Output Power: 3W
Battery Capacity: 1000mAh
Playing time: about 4 hours
Recharging time: about 4 hours
Working Range: up to 33 feet
Dimensions: 2.7x2.7x1.8 inches
Weight: 7 ounces
Simple Design and Superior Stereo
--The cylinder-shaped Bluetooth speaker make up of aluminium alloy appearance. You will be attracted by the elegant and textured design, and touched by the stereo sound when you enjoy your music life.
--The V4.1 Bluetooth technology, support most Bluetooth-enabled devices easily and quickly, and the Bluetooth speaker can automatically reconnect to the device last used.
--The wireless Bluetooth speaker support Bluetooth connection, TF card insert, 3.5mm AUX data cable connect for non-Bluetooth devices.You can enjoy music by four input ways!
Mini Size and Portable conveniently
--The wireless Bluetooth speaker has high capacity battery and the speaker is easily charged. It can play about 4 hours of continuous use.
--The size of the speaker is small and light.You can take it with you in the pocket and back pack, and enjoy or share high quality music with your friends everywhere.
--The Bluetooth speakers with blue light LED, will bring you a warm atmosphere to the space.
1x Bluetooth Speaker
1x Micro USB Cable
1x User Manual


The Network as a Platform
This page discusses Cisco's networking solutions enabled by WarpDev.
Cisco Connected Mobile Experiences (CMX)
Cisco Connected Mobile Experiences (CMX) is a smart Wi-Fi solution that uses the Cisco wireless infrastructure to detect and locate consumers’ mobile devices. With it, your organization can directly deliver content to smartphones and tablets that’s personalized to your visitors’ preferences and pertinent to their real-time indoor locations.
Cisco CMX Engage delivers customer engagements that are dynamic, personalized and relevant. Get location insights and engaging portal, SMS, and app experiences.
- SDK for Android and iOS that provide easy access to WiFi location APIs and Subscriber APIs.
- Subscriber APIs where it is possible to set captive portal (registration) and engagement (entering, exiting, staying for several minutes or at a particular time in one or several zones) rules that do GET or POST requests to an API.
- Streaming Data Export API that allows the automatic export, in CSV format, of data like User Acquisition, User Visits, and Engagements. This API is optimized to support easy ingestion into CRM / Big Data / Analytics / BI systems and can be customized to provide non-standard data.
Providing an example that covers all the features, you may have the following actions that can be triggered when a customer connects:
- An App Push notification saying "Welcome!" is sent to the user device, using the SDK capabilities;
- An external API POST request, formatted in JSON, is made to the API of some system (CRM or Marketing platform, for example) utilizing the Subscriber APIs;
The filters for triggering these notifications are Location (Where do you want the rule to fire?), Identity (Who do you want the rule to apply?), Schedule and Action.
Additionaly, a list of Users that have entered that network can be sent to a system (CRM, Big Data, Analytics or BI, for example) by the Streaming Data Export API, with the frequency of the upload customized to suit specific requirements and volume of data.
Learning & Docs
Demo environments can be set on demand! In the demo console, you have access to the SDKs, API Docs and so on.
Use the intelligence in your wireless network. With CMX, view location information, dwell times, and analytics to learn how visitors behave on the site. Our on-premises platform gives you complete control and ownership, and is at the heart of several CMX solutions.
CMX offers the following APIs:
- Configuration - Configure different aspects of MSE.
- Location - Find location specific details on visitors.
- Analytics - Find analytical data on visitors.
- Connect - Find user session information.
- Presence - Find presence data on visitors.
Particular note for the Configuration REST APIs where it is possible to subscribe to notifications such as user location change, association and so on.
As an example, we can look at integrating with a CRM system when a user connects to the Wi-Fi. The user arrives and through the captive portal provides its name, e-mail or other information (phone number (verified or not), a specific question) to gain access to the network.
- Using the Configuration API set a notification to be informed of new associations.
- Receive a JSON POST notification when a new user joins the Wi-Fi.
- Get the information provided by the user using the Connect API.
- Add the user information to the CRM system, or complement the user profile with this new visit, using its API.
Cisco provides the Using the Cisco Location Based Services module on DevNet.
The documentation on the API can be found in cmxlocationsandbox.cisco.com/apidocs.
To use the live API test use the following credentials:


In this article, we’ll explain how to troubleshoot network issues in Linux using tcpdump command.
tcpdump is a flexible, powerful command-line packet analyzer; and libpcap, a portable C/C++ library for network traffic capture. A powerful and versatile tool that includes many options and filters, tcpdump can be used in a variety of cases. Since it’s a command line tool, it is ideal to run in remote servers or devices for which a GUI is not available, to collect data that can be analyzed later. It can also be launched in the background or as a scheduled job using tools like cron.
Let get started with the installation process.
1. Install tcpdump
If tcpdump is not already installed on your system, you can install it using following command:
For CentOS or Red Hat Enterprise Linux based system:
# dnf install tcpdump -y
For Ubuntu based system:
# apt-get install tcpdump -y
2. Verify the installation
To verify the installation, use following command:
# which tcpdump
Capture packets with tcpdump
Before capturing the packets, check network interface using following commands:
# tcpdump -D
It will display all available network interfaces.
Now, let’s start capturing some packets using following commands:
# tcpdump –interface any
Tcpdump continues to capture packets until it receives an interrupt signal. You can interrupt capturing by pressing Ctrl+C. To limit the number of packets captured and stop tcpdump, use the -c (for count) option:
# tcpdump -i any -c 10
Disable name resolution
Troubleshooting network issues, it is often easier to use the IP addresses and port numbers; disable name resolution by using the option -n and port resolution with -nn:
# tcpdump -i any -c5 -nn
As above command will capture output now displays the IP addresses and port numbers.
One of tcpdump’s most powerful features is its ability to filter the captured packets using a variety of parameters, such as source and destination IP addresses, ports, protocols, etc. Let’s look at some of the most common ones.
To capture only ICMP packets, use following commands:
# tcpdump -i any -c10 icmp
Limit capture to only packets related to a specific host by using the host filter:
# tcpdump -i any -c5 -nn host 192.168.0.12
Above command will capture and display only packets to and from host 192.168.0.12.
To filter packets based on the desired service or port, use the port filter. For example, capture packets related to a web (HTTP) service by using this command:
# tcpdump -i any -c10 -nn port 80
To filter packets based on the source or destination IP Address or hostname. For example, to capture packets from host 192.168.0.12:
# tcpdump -i any -c10 -nn src 192.168.0.12
Save captures into a file
To save packets to a file instead of displaying them on screen, use the option -w (for write):
# tcpdump -i any -c10 -nn -w webserver.pcap port 80
Above command will allows to capture packets in batch mode overnight, for example, and verify the results in the morning. It also helps when there are too many packets to analyze since real-time capture can occur too fast.
More example commands
To print the start and end packets (the SYN and FIN packets) of each TCP conversation that involves a non-local host.
# tcpdump ‘tcp[tcpflags] & (tcp-syn|tcp-fin) != 0 and not src and dst net localnet’
To print the TCP packets with flags RST and ACK both set. (i.e. select only the RST and ACK flags in the flags field, and if the result is “RST and ACK both set”, match)
# tcpdump ‘tcp[tcpflags] & (tcp-rst|tcp-ack) == (tcp-rst|tcp-ack)’
To print all IPv4 HTTP packets to and from port 80, i.e. print only packets that contain data, not, for example, SYN and FIN packets and ACK-only packets. (IPv6 is left as an exercise for the reader.)
# tcpdump ‘tcp port 80 and (((ip[2:2] – ((ip&0xf)<<2)) – ((tcp&0xf0)>>2)) != 0)’
To print IP packets longer than 576 bytes sent through gateway snup:
# tcpdump ‘gateway snup and ip[2:2] > 576’
To print IP broadcast or multicast packets that were not sent via Ethernet broadcast or multicast:
# tcpdump ‘ether & 1 = 0 and ip >= 224’
To print all ICMP packets that are not echo requests/replies (i.e., not ping packets):
# tcpdump ‘icmp[icmptype] != icmp-echo and icmp[icmptype] != icmp-echoreply’
Check man page using following command:
# man tcpdump
In this article, we have seen how to troubleshoot network issues in Linux using tcpump command.


Beeline announced the launch of Aurora visual radio on BeeTV app.
The cooperation between Beeline Armenia and Radio Aurora allows the subscribers to watch Aurora visual radio throughout Armenia for the first time. The radio is also available for subscribers of Quatro service package.
“Beeline consistently tries to offer its subscribers modern, simple and convenient solutions. Together with Radio Aurora I am glad to announce the launch of this unique project, which allows subscribers to watch the most popular radio station in Armenia on BeeTV mobile app both in Yerevan and throughout the country. To view the radio, you need to download BeeTV app on Google Play or Apple App and enjoy the HD quality Aurora visual radio. The quality of the streaming and catch-up availability will make watching the popular channels even more pleasant and accessible,” Beeline Armenia CEO Andrey Pyatakhin noted.
17:18 | 22.05.18VivaCell-MTS accepts preorder for Honor 10 smartphone


Onward is proud to partner with Culver City to bring you the fastest internet and wi-fi speeds available via Culver Connect. Onward, formerly known as Inyo Networks, has been a nationally recognized internet service provider and broadband network operator since 2009.
Inyo Networks is a registered CLEC (Competitive Local Exchange Carrier) in both California and Nevada. The company is responsible for the management and business operations of both the Digital 395 network and a much broader network, expanding every day. This network serves 36 communities, 7 tribal reservations, 26,000 households and 2,500 businesses. We provide fiber optic internet network services on Vandenberg AFB, Naval Air Weapons Station China Lake, Mountain Warfare Training Center US Marine Corps Base, Nellis AFB and Edwards AFB. Onward (as Inyo Networks) is also the network manager for Culver Connect, OntarioNet, and RC Fiber.
- Up to 1 Gb Internet Service on an All Fiber Network
- Voice Over IP
- 24/7 Network Operations Center


Butler County Water System, Inc. will begin modernizing water meter reads in Butler County starting this month with an early 2019 completion date.
Automated Meter Reading (AMR) and leak detection technology will enable Butler Water employees to read meters remotely, safely, and accurately via wireless signals. The new technology is safe and precise at capturing the same information collected from the manually read meters, yet faster and more efficiently.
“Butler Water owns and maintains approximately 4,800 water meters. Each meter is an essential part of Butler Water’s distribution system, responsible for measuring each customer’s actual
water use for billing purposes,” explained John Dix, BCWS General Manager. “We have been researching and planning behind the scenes for several years to launch an AMR and leak detection technology to improve service in both urban and rural areas of our system.”
Advanced acoustical leak sensors will also be strategically placed to assist Butler Water in identifying leaks in main lines and services before they become potential major interruptions. The reduction in water loss will benefit both the customer and Butler Water.
BCWS Board President Weymouth Martin added, “AMR and leak detection technology will reduce water loss and costs by detecting continuous leaks in our water system. The new technology increases daily meter reading capacity with less vehicles driven, reducing pollution. With so many benefits, we look forward to the completion of this project.”


Scottsdale, AZ – April 12, 2018 – AVAD LLC, North America's leading provider of solutions to the residential and commercial custom installation markets, announces the new Integra HDBaseT Receivers improves HDBaseT video distribution for higher resolution with the true-color rendering up to 100 meters.
Just when you thought HDMI was the end-all-be-all connectivity solution, along came HDBaseT. As an Ethernet-based distribution solution for audio, video, control, power, USB and Internet, it gives you the power and flexibility to meet the networking demands of large residential and commercial applications easily and affordably. Unlike HDMI networks, which require the addition of baluns to stretch content beyond 30 meters, HDBaseT can transport multiple signals over Cat5 or Cat6 as far as 100 meters/328 feet without sacrifice in speed or performance.
HDBaseT has helped home systems integrators break into bigger, more complex jobs, but the evolution of this technology marches on. One of the most recent and noteworthy advancements is the introduction by Valens of a new HDBaseT chipset. This new chip eliminates the chroma subsampling of a compressed 4:2:2 signal to a true-color 4:4:4 signal. This results in video that maintains its color accuracy--an enhancement that may strike your clients as being more impactful and noticeable than even video of higher resolution.
As stated in a blog by ClearOne, a global developer of network streaming solutions, “If two video streams with identical content are placed next to each other, one at 720p 4:4 color and the other at 1080p 4:2:0 color, chances are high that the average viewer will choose the lower resolution image with the true color as more impactful. Color trumps resolution pretty much every time.”
Capitalizing on the ability for new HDBaseT chipsets to render 4:4:4 color is Integra. A variety of its products going forward will incorporate the new chip, beginning with its new DRX-7.1 9.2-Channel Network A/V Receiver, DRX-R 1.1 Receiver, and DRC-R1.1 preamp. Along with the ability to distribute ultra-high-definition in 4:4:4, Integra receivers that feature this new and improved HDBaseT chip support 4K/60Hz video, including HDR10 and Dolby Vision up to a full 18GB per second over the same Cat 5/6 cabling at a maximum distance of 100 meters, as well as audio and POC.
Even if your customers have a current or legacy Integra AVR or A/V processor with a HDBaseT output on board, it can become part of an HDBaseT network, thanks to the addition of Integra’s new HDB-RX1 4K HDBaseT Powered Receiver.Carrying an MSRP of $400, it is an affordable upgrade that offers your customers the best A/V distribution experience available today.
“The introduction of the new chipset and its implementation into Integra products marks an evolution in how content is moved around the house,” says Keith Haas, Integra Director of Brand Development, Premium Brands. “In a hardwired configuration when you run into the limitations of HDMI, HDBaseT continues to be a viable option. And with the new chip, we are putting ourselves into the position of being the end-to-end solution for A/V specialists.”
For more information on AVAD, please visit http://www.avad.com in the U.S. or http://www.avadcanada.ca in Canada. Connect with AVAD on Facebook, Twitter and YouTube for the latest promotions and news.
About AVAD LLC
With locations throughout North America, AVAD is one of the most recognized brands in the fast-growing system integration market and offers a comprehensive line of premium solutions for video, audio, networking, HVAC, lighting control, security, home automation, digital signage, system design and other products needed by professional installers. Further differentiating its services, AVAD invests in the business tools, technical support and services that integrators need to grow their businesses, including the fully transactional AVAD Mobile smartphone application providing integrators on-the-go access to AVAD products and value-added tools.