network Archives - Page 12 of 23 - Raspberry PI Projects

Real life picture of Raspberry Pi Model B Rev1

Real-time Transmission of Voice over 802.11 Wireless Networks Using Raspberry Pi

INTRODUCTION In the recent years, proliferation of technologies like WiMAX , IEEE 802.11, 3G and Bluetooth has directed much attention to wireless audio streaming. Nowadays audio streaming via radio waves and Bluetooth has particularly gained momentum. But these technologies have limitations such as, the destination device for the streaming system can‟t go too far from […]

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IBASE ANNOUNCE SMARC 2.0 CPU MODULE WITH NXP I.MX 8M MINI PROCESSOR

IBASE Technology, a manufacturer of application-specific embedded computer platforms, has announced the release of the RM-N8MMI SMARC 2.0 CPU Module built with NXP ARM Cortex-A53 i.MX 8M Mini Quad 1.6GHz industrial-grade processors. Together with a customised carrier board equipped with an array of serial, video and network interfaces, the RM-N8MMI solution is the perfect choice

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NEW PART DAY: RASPBERRY PI HAT FOR IEEE1588 PRECISION TIME PROTOCOL

The new Real-Time HAT by InnoRoute adds IEEE1588 PTP support in hardware to a Raspberry Pi 4 nestled beneath. Based around a Xilinx Artix-7 FPGA and a handful of gigabit Ethernet PHY devices, the HAT acts as network-passthrough, adding accurate time-stamps to egress (outgoing) packets and stripping time-stamps from the ingress (incoming) side. This hardware time-stamping involves re-writing Ethernet

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The Remote Debugginator

The Remote Debugginator is a device created for the Acacia Irrigation Project to enable remote access to a LAN network over 3g. We have three irrigation sites serving about 20 farmers’ fields. Each of these sites has a Raspberry Pi collecting data on sunlight, temperature, power consumption, and pump usage. While working on the the project we

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NSF NeTs Small RUI: Wireless Sensor Network Project

Bulldog Mote One project currently being engaged in is the development of a new wireless sensor mote tobe used by California State University, Fresno. This new mote will be a brand-new deviceusing existing and up-and-coming technologies to be used by students to further researchefficient routing algorithms, device power consumption, network security, etc.To build the new

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ASUS UNVEILS CORAL-BASED TINKER EDGE T

Tinker Edge T, is an SBC developed by ASUS that comes equipped with an i.MX8M and an Edge TPU, running the Debian-based Mendel OS Linux on a coral SOM module with a cross-platform OS flash tool that enables easy OS image flashing to SD cards and USB drives, enabling users to get their system up and running

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HOME NETWORK PROTECTOR – IOT SECURITY DEVICE

INTRODUCTION The objective of our project is to develop a Home Network Protector (HNP) that preventsagainst cyber intrusions. This will include network firewall, intrusion prevention system,and a vulnerability scanner. The HNP will operate as your home router and monitor theinternet traffic in real-time to prevent unauthorized access to your home network. As ahome network can

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GW16122 IOT MINI-PCIE CARD HANDLES 2.4GHZ LINKS

The Internet of Things (IoT) is rapidly being adopted by nearly every industry in the world to allow control and monitoring of almost anything! Gateworks has released the second generation of the GW16122 IoT Radio for rugged and industrial applications. This next-generation card features greatly improved output power through a 20dBm power amplifier, more storage

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Raspberry Pi 10 Gigabit Ethernet card setup and tested

Raspberry Pi enthusiasts interested in obtaining the highest possible connections through their network may be interested in a new video created by Jeff Geerling showing how he tested and installed a Raspberry Pi Compute Module 4 with a 10 Gigabit Ethernet card. Geerling used a ASUS XG-C100C 10G Network Adapter Pci-E X4 Card with Single RJ-45 Port

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10 GIGABIT ETHERNET FOR THE PI

When people like Bell and Marconi invented telephones and radios, you have to wonder who they talked to for testing. After all, they had the first device. [Jeff] had a similar problem. He got a 10 gigabit network card working with the Raspberry Pi Compute Module. But he didn’t have any other fast devices to talk to.

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