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Supplier: Microchip Technology, Inc.
Description: The RN-ISENSOR-CB is a battery powered Wi-Fi sensor capable of reporting sensor data back to the host server. This sensor is built upon the standard 802.11 b/g wireless infrastructure, making it easier to monitor and track the sensor readings. The RN-ISENSOR-CB contains an analog port which
- Device Type: Transceiver
- Technology: Wi-Fi / WiMAX / Wi-Mesh
- Interface: Other
- TJ: -40 to 185 F
Industrial Chassis and Card Cages - cDAQ-9191 CompactDAQ Chassis (1 Slot, 802.11G, US Only) -- 781497-01Supplier: National Instruments
Description: The NI cDAQ-9191 is a 1-slot NI CompactDAQ 802.11 Wi-Fi chassis designed for small, distributed sensor measurement systems. Combine the cDAQ-9191 and one of the over 50 NI C Series measurement-specific modules to create an analog output, digital I/O, or counter/timer measurement system. Modules
- Mounting Style: Rack Mounted, Wall / Ceiling Mounted
- Number of CPU Slots: None
- Other Slot Type: Yes
- CE / FCC Certified: Yes
Supplier: Microchip Technology, Inc.
Description: with IEEE 802.11 b/g/n Access Points ■ Supports Infrastructure and Ad hoc networks ■ MRF24WB0MA module is FCC, IC, Wi-Fi ® certified and ETSI compliant ■ Powered by 2 AAA batteries ■ Supports WEP, WPA and WPA2 security protocols ■ The board has sensor I/O interface
- Category: Development Board
- Supported System: Wireless Systems
- Manufacturer: Microchip (PIC®)
- Ports: Other
Supplier: Radicom Research, Inc.
Description: Electronics and Cloud-based Sensors, Healthcare and Security services. The RW8200 is perfect for TCP/IP socket level applications such as TCP server & client control for remote appliance sensors, or wireless cable, web server and other remote I/O applications. Features: Interfaces: Serial and SPI
- Form Factor: Internal
- Bus / Interface Type: Other
- Features: Antenna Included
Standards and Technical Documents - Capacity And Coexistence Of Narrowband Frequency Hopping Systems For Industrial Wireless Networks -
Description: . Such narrowband frequency hopping systems exhibit very good capacity and excellent coexistence with 802.11 networks. No scheduling of frequencies is necessary to achieve maximum capacity. Maximum capacity is achieved through each node picking a frequency from a pseudo random hopping pattern. The NBFH systemShow More
Supplier: National Instruments
Description: The NI 9237 Measurement System measures 4 bridge channels at 50 kS/s with 24-bit resolution, sending data to a host PC over USB, Ethernet or 802.11 Wi-Fi. Measurement Bundle Overview The hardware for an NI CompactDAQ single measurement bundle consists of a USB, Ethernet, or 802.11 Wi-Fi chassis
- Analog Input Channels: 4
- Differential Channels: Yes
- Sampling Frequency: 50 kHz
- Resolution: 24 bits
Supplier: RFM (RF Monolithics, Inc.)
Description: The WSN802G is a 2.4 GHz IEEE 802.11 g radio transceiver module that enables OEMs to build low-power wireless local area networking (WLAN) and sensor monitoring solutions for the global market. It is the first RFM RF module to integrate the Gainspan GS1010 System on Chip (SoC). The WSN802G delivers
- Function: Transceiver
- Applications: Mobile / Wireless Systems
- Output Power: 10 milliwatts
- Operating Frequency: 2.40E9 Hz
Supplier: Visual Sound, Inc.
Description: ViewSonic Corp. More info coming soon!! Android 2.2 OS 10.1" Capacitive multi-touch 1024x600 Resolution 1GHz, 512MB ROM 512MB RAM Wi-Fi 802.11 b/g/n Bluetooth 2.1 + EDR (Optional 3G) Webcam 1.3MP G-sensor USB, Micro SD (32GB Max), HDMI, headphone
- Type: PDA
- Features: Handheld / Portable
Supplier: Aaeon Systems Inc.
Description: (1024 x 600) TFT LCD Display Projected Capacitive Multi-Touch Screen Li-Polymer High-Capacity Battery, 4 Hours Battery Life Rugged, Water and Dust Proof, IP-65 Compliance Micro SD Card Slot, 5M Pixel Camera WLAN 802.11 b/g/n , Bluetooth 2.1 + EDR GPS Navigation, G-Sensor, Light Sensor Windows 7
- Type: Tablet
- Operating System: Microsoft®
- Processor: Intel®
- Screen Resolution: Other
Predictive Maintenance and Condition Monitoring Systems - SpriteMAX Online Monitoring and Diagnostic SystemSupplier: Azima DLI
Description: Fault Dectection Proactive Alert System No More Barriers to Online Monitoring Eliminate high sensor and cabling costs with SpriteMAX's modular, wireless design. Now you can push the power out to the plant floor by integrating plant systems through Ethernet or Wireless Ethernet (IEEE 802.11 WiFiShow More
Supplier: AAEON Electronics, Inc.
Description: and Dust Proof, IP65 Compliance PCMCIA or Smart Card, CompactFlash™ Card Sockets 9-Cell Smart Li-Ion High-Capacity Battery, 5-Hour Battery Life WiFi 802.11 b/g + Bluetooth 2.0 GSM/ 3G/ 3.5G (Optional), GPS (Optional) Built-in G-Sensor Numeric Keypad, Programmable Function Keys Application
- Type: Tablet, Other
- Display Size: 10.2 inch
- Operating System: Microsoft®
- Speed: 1200 MHz
Supplier: Hirsch Electronics Corp.
Description: Network Camera with built-in web server for video surveillance and 2-way audio over 10/100 Ethernet (IPv4/v6, QoS). 1/4" progressive scan RGB CMOS. PIR Sensor and illumination LED. Provides simultaneous H.264, Motion-JPEG and MPEG-4 Part 2 streams with a frame rate of up to 30fps at full VGAShow More
Supplier: Security Camera Warehouse
Description: Monitor Home owners worry about their house and property when they are away. The CB-100A has a built in PIR sensor which can detect unauthorized movement in a residence. Once movement is detected, the illumination LED will be triggered and an alter with a snapshot can be emailed or sent through
- Camera Function: Video
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Radicom Research, Inc.
Bluetooth® 4.0 Low Energy (BLE) Modules for OEM
With compliance to Bluetooth low energy standard, the RB1000 family enables the creation of a new market for tiny, cost-effective and power-efficient wireless consumer products such as watches, medical sensors, mice, TV remote controls and fitness trainers. The RB1000 family modules can support connection setup and data transfer as low as 10ms, allowing an application to form a connection and then transfer authenticated data in few milliseconds for a short communication burst before quickly... (read more)
Browse Network Modems Datasheets for Radicom Research, Inc.
More Information Top
WEP-based security management in IEEE 802.11 wireless sensor networks
Unfortunately, 802.11 sensor networks remain unsafe.
Ambient Assisted Living
Ferrari, P., Flammini, A., Marioli, D., and Taroni, A. IEEE 802.11 Sensor Networking Dept. of .
Advanced Research on Engineering Materials, Energy, Management and Control
GainSpan has recently implemented technology resulting in years of battery life for 802.11 sensor devices through its integrated silicon .
Design and implementation of a WiFi sensor device management system
Software architecture of 802.11 sensor device.
A switch agent for wireless sensor nodes with dual interfaces: Implementation and evaluation
… network of sensor nodes equipped only with IEEE 802.11 radios, (ii) the energy consumed in the network using our interface switch agent is a fraction of that consumed in a network of the IEEE 802.11 sensor nodes and is comparable …
A Multisensor Architecture Providing Location-based Services for Smartphones
Then, we perform an analysis of the 802.11 sensor and we provide some results using different estimation tech- niques in Section 5.
AirMagnet Finds Finisar | Light Reading
AirMagnet is working to link its system of distributed 802.11 sensors with the Finisar LAN Surveyor, so that SNMP data and other information from the wireless network can be passed to the user.
Performance Analysis of Handoff Algorithms for Multihop Ad Hoc Wireless Network
MN can be a low power 802.11 sensor or PDA.
Improving Energy Conservation Using Bulk Transmission over High-Power Radios in Sensor Networks
DualRadio-10 DualRadio-100 DualRadio-500 DualRadio-1000 DualRadio-2500 Sensor 802.11 .
Testing system for IEEE 1451.5–802.11 standard-based wireless sensors
… on the FENT framework consists of an Universal Client Application (UCA), UCA Application Programming Interface (API), IEEE 1451.5-802.11 Personality Module (PM), packet capture (Wireshark), and Equipment under Test (EUT) that is an IEEE 1451.5- 802.11 wireless sensor .
Advances in Wireless Sensors and Sensor Networks
Figure 4(a) shows a view of an IEEE 1451.5- 802.11 wireless sensor network, whereas Figures 4(b), 4(c), and 4(d) show the IEEE 1451.5-Bluetooth, -ZigBee, and -6LoWPAN wireless sensor network, respectively.
Sensor Alert Web Service for IEEE 1451-based sensor networks
A SAWS prototype system consisting of a SAWS consumer, a SAWS provider, and an IEEE 1451.5- 802.11 wireless sensor node is presented in the paper.
MOBILE AD HOC NETWORKS
Our results show that MH-TRACE outperforms existing distributed MAC protocols like IEEE 802.11 and Sensor MAC (SMAC), in terms of energy efficiency and throughput, approaching the theoretical maximum throughput and theoretical minimum energy dissipation.
Topology-aware transmission scheduling for highway wireless sensor networks
The paper presents a set of centralized and distributed slotted transmission scheduling methods for IEEE 802.11 based sensor platforms.
Wireless Sensor Network Based on IEEE 1451.0 and IEEE 1451.5-802.11
This paper describes a wireless sensor network based on the IEEE 1451.0 and IEEE 1451.5- 802.11 wireless sensor standards.