View allAll Photos Tagged ethernet
This is a prototype RFID internet controlled access system for TechShop. It uses an Arduino with Ethernet shield, and a Seeeduino and servo for automated testing.
Cable In
To TV
Ethernet
HDMI Input 1, 2
Audio/Video Out
Comp Out
HDMI HD to TV
SD Card
Digital Audio Out
USB
eSATA
Power
Was $13.05 プリンター、ルーター、Xbox、PS4に最適。(リンク先) https://www.amazon.com/Ethernet-Zosion-Internet-2000Mhz-Shielded/dp/B07Q2VGPSH
Power, ethernet and USB plug on business class seats on Lufthansa flight LH711. I wonder what the USB port does. I wonder if you can mount the plane as an external device...
UPDATE:
Veni says the ethernet port doesn't work yet.
How to set up Raspberry Pi as a WiFi access point
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This the rear of an ethernet patch panel. the cables are terminated using a punch down tool (similar to the 110 punch down blocks). In order to get the best performance out of the cables it is recommended that the twists are maintained and that as little as possible of the jacket is removed. Likewise, velcro straps are preferred over cable ties since they have a smaller chance of kinking the cable.
luigi.rosa.name/wiki/index.php/IBM_Transceiver
IBM
Ethernet/IEEE 802.3
Type 10base2
Transceiver
P/N 32G2338
E.C. C74179
This is my telecom closet I set up for my ATT Uverse instal. The big gray box is the combination vDSL, router, wireless access point, VOIP gateway, and IPTV switch. The black box is a ups designed for the gateway. All computers and television set top boxes are connected via ethernet wires.
Onset’s web-based data logging systems enable real-time, remote access to your data via cellular, Wi-Fi, or Ethernet communications. They can be configured with a wide range of external sensors for measuring weather conditions outdoors, and energy, power and environmental conditions indoors. These web data logging systems have been designed with an industrial-grade and double-weatherproof enclosure to ensure years of reliable operation in a variety of indoor and outdoor environments.
www.onsetcomp.com/products/data-loggers/web-based-data-lo...
Microchip's LAN9252 stand-alone EtherCAT® slave controller has two 10/100 PHYs. This highly integrated device’s dual 10/100 Ethernet transceivers support both fiber and copper, along with cable diagnostics capabilities. The LAN9252 supports traditional Host Bus and SPI/SQI™ communication, along with standalone digital I/O interfaces, providing system designers the flexibility to select from a wide range of microcontrollers when implementing the real-time EtherCAT communications standard. Additionally, the LAN9252 reduces system complexity and cost for developers using EtherCAT in factory-automation, process-control, motor/motion-control and Internet of Things (IoT) industrial-Ethernet applications. To learn more about Microchip’s EtherCAT controllers, visit: www.microchip.com/EtherCAT-041715a.
Dave Tanis, EMEA Technical Director, CommScope, gives a demonstration of a 100 Gigabit Ethernet (GE) data transmission over off-the-shelf multi-mode fiber optic cabling at a length of more than 430 meters at the CommScope Stand during Cisco Live in London.
How to find network card driver name and version on Linux
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Microchip's LAN9252 stand-alone EtherCAT® slave controller has two 10/100 PHYs. This highly integrated device’s dual 10/100 Ethernet transceivers support both fiber and copper, along with cable diagnostics capabilities. The LAN9252 supports traditional Host Bus and SPI/SQI™ communication, along with standalone digital I/O interfaces, providing system designers the flexibility to select from a wide range of microcontrollers when implementing the real-time EtherCAT communications standard. Additionally, the LAN9252 reduces system complexity and cost for developers using EtherCAT in factory-automation, process-control, motor/motion-control and Internet of Things (IoT) industrial-Ethernet applications. To learn more about Microchip’s EtherCAT controllers, visit: www.microchip.com/EtherCAT-041715a.
USB to RJ45 Ethernet, USB and microUSB adapter. Multidevice USB 2.0 adapter. Allows connection to desktops, tablets, mobile phones, mobile terminals, etc. Compatible with Windows operating systems, Mac OS, Google Android, and Linux. It allows you to use USB devices on Android terminals and desktop computers, type keyboard, mouse, card readers, hard drives, etc. In desktops(Windows and Linux), also it has USB to Ethernet (RJ45 female).
Specifications
Device that connects to the USB port of a computer or mobile terminal. It has USB A-male connector (desktop) and microUSB connector plug (for connection to Android terminal).
6cm cable length for convenience of operation.
Multi-connector module, which has uNo female RJ45 (Ethernet TCP/IP), two USB A-female connector and one female connector microUSB.
Compatible with USB 2.0, USB 1.1 and OTG (On-The-Go) specifications.
Maximum transfer rate: 480 Mbps.
USB to ethernet adapter for desktop computers.
USB to USB devices for Windows, Mac OS, Android and Linux.
The first public demonstration enabling a 100 Gigabit Ethernet (GE) data transmission over off-the-shelf multi-mode fiber optic cabling at a length of more than 430 meters took place in collaboration with Ixia and Reflex Photonics Inc., during Cisco Live! in London. It used SYSTIMAX® InstaPATCH® 360 fiber cable assemblies using LazrSPEED® 550 OM4 fiber.
inside view of the arduino, ethernet module, DAC module and PGA volume control module.
back panel: www.flickr.com/photos/linux-works/3662955491/
photo of device in-use: www.flickr.com/photos/linux-works/3655856250/
DAC is from ebay/hongkong. it has 24bit/192k (native) and upsampling for 44.1/48k to 96k. cost was in the $100 range.
the PGA (small green board) volume control is from 'error401' with mods by myself, adapting it for use with the arduino.
the db9 (rear panel) connects to an x10 (brand) 'firecracker' transmitter. this links to an x10 receiver that has a small antenna and connects to the AC powerline. the arduino can, via a software library, send 'on/off' commands to x10 house devices (such as my power amp, for the stereo).
the overall purpose of this box is to switch between 2 digital inputs (coax, opto) and also to allow remote mpd (linux sound daemon) control over a standard IP wired network. I have a modified version of a webserver that talks to the linux mpd daemon and this data is what is displayed over the network to the arduino and then it formats it for the lcd screen and updates the 'song playlength' progress bar.
the box also performs general digital-to-analog conversion and digitally controlled analog volume control, even without the mp3 mpd player process. when coax-in is selected, the web-client is disabled and no screen space is used to display song info - it becomes just a volume control display, then (ie, its mode-sensitive).
software features such as soft mute (ramp up/down of volume on mute), ramp of volume on power on/off, sleep timer (!), memories for last-used volume setting on each of the inputs (your tv input can have its own volume setting and remember it, etc). there is also settable backlight brightness (with soft ramp up/down). the user can set min/max volume levels to match to your amp and also to set the 'mute' level to custom.
(more to come) ;)
pick your poison
ethernet shield now available at www.adafruit.com/index.php?main_page=product_info&cPa...
How to configure an IP address on Raspberry Pi
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