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... Wireless & Device Networking
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Highlights the newest Bluetooth, Zigbee, W-LAN, Wi-Fi, Wireless Connectivity, Wireless Modems, Wireless CPU, Batteryless Solutions, Antennas, GPS, ...
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Contains innovative product news for the Embedded Electronic Designer community |
| Atmel Introduces an AVR-based 2.4 GHz Wireless Evaluation and Development Platform |
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Atmel announced the availability of the AVR® RZ Raven evaluation kit that provides you a unique ready-to-use development platform in the rapidly growing low power wireless market for the 2.4GHz ISM frequency band available worldwide.
The kit utilizes the AVR picoPower™ technology in combination with the superior RF performance offered by the AT86RF230 2.4 GHz ISM transceiver.
The RZ Raven kit comprises two Raven boards, one USB Stick and a selection of firmware application and software that will dramatically reduce time to market for those considering short range wireless ISM band applications based on IEEE802.15.4™, ZigBee® or 6LoWPAN.
Datasheet: ZRaven
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WT21 Bluetooth® HCI Module |
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Bluegiga released a new, small and completely integrated Bluetooth 2.1 + EDR module for device manufactures utilizing host controller interface (HCI).
WT21 is dedicated for Bluetooth applications where a host processor is capable of running the Bluetooth software stack. WT21 only implements the low level Bluetooth Host Controller Interface (HCI) but still offers advantages of a module - easy implementation and certifications.
Key Features:
- Highly integrated and cost effective Bluetooth HCI module
- Bluetooth Class 1 radio based on CSR’s BlueCore-6 Integrated Antenna
- Bluetooth 2.1 + EDR Compliant
- Bluetooth Controller Subsystem CE, FCC and IC Qualified
- Industrial Temperature Range from -40C to +85C
- 801.11 Co-existence interface
- AudiStream baseband codec, which provides better audio quality
- Supports any Bluetooth stack with HCI interface
Product Brief: WT21
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iWRAP3 firmware and Bluetooth 2.1 + EDR
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Bluegiga's successful iWRAP firmware versions takes another significant step
forward with Bluetooth 2.1 + EDR support. Bluegiga's WT11, WT12 and WT32 modules
can be ordered now with the latest iWRAP3 software version.
The new iWRAP3 version offers the following Bluetooth profiles embedded into the module:
- Advanced Audio Distribution Profile (A2DP) / Sink and source modes
- A/V Remote Control Profile (AVRCP) / AVRCP controller
- Device Identification Profile (DI)
- Serial Port Profile (SPP) / DevA and DevB
- Hands-Free Profile (HFP) v.1.5 / HPF and HFP-AG modes
- Dial-up Networking Profile (DUN) / Terminal emulation
- Object Push Profile (OPP) / OPP server
- Human Interface Device (HID) / HID device
User Guide: iWrap3
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World’s smallest Bluetooth Access Point for advanced Bluetooth applications
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BlueGiga's AP3201 enables reliable and secure Bluetooth wireless connectivity
between devices and networks. AP3201utilizes Bluegiga’s iWRAP Bluetooth software platform together with Bluegiga’s Linux distribution, enabling integrators and developers to adapt the device simply into any Bluetooth networking application. It is also capable of utilizing Bluegiga Solution Manager (BSM) environment, enabling network managers and administrators to manage, configure and monitor Access Points remotely. This makes the installation and management of medium and large scale systems affordable. AP3201 is powered with Bluegiga’s WT11 Bluetooth 2.0/2.1+EDR module that enables more than 150 meters connection range and offers users the most advanced performance. It can be configured with software settings for smaller radio cell coverage for optimum networking topologies and performance. The Access Point has built-in Ethernet interface for Internet connectivity and USB connector for extending the device with extra memory, 3GSM/GPRS or Wi-FI USB dongles.
AP3201 is available in four different versions: integrated antenna, with external antenna, OEM version without the housing, and custom versions for different software parameters. The device is targeted at Bluetooth medical and healthcare applications, Bluetooth marketing, Point-of-sale, logistics systems, and audio applications.
Product brief: AP3201
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Audio Scrambler and Sub-Audio signalling processor
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CML introduced the CMX138, a comprehensive audio processor designed primarily
for the growing market of analogue ‘leisure’ two-way radio products (FRS, MURS, PMR446 and GMRS).
* Programmable Audio Scrambler
* Full Audio-band Processing:
- Pre and De Emphasis
- Compandor
- Scrambler
- Selectable 2.55 and 3.0 kHz Filters
* Auxiliary ADC and DAC
* C-BUS Serial Control/Data Interface to Host µController
* Two x Analogue Inputs (Mic. and Discriminator)
* Selectable Audio Processing Order
* CTCSS and DCS Sub-Audio Signalling
* Auxiliary System Clock Output
* Single-point Modulation Tx Output
* Flexible Powersave Modes
Datasheet: CMX138
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Digi Extends High-Speed 3G Cellular Router Product Line
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The Digi Connect WAN 3G is an upgradeable third generation (3G) Wireless WAN
router for primary and backup connectivity to remote sites and devices. It is a
targeted function Ethernet-to-cellular router that supports both HSDPA and EVDO
3G standards and adds a cost optimized, high-speed solution to Digi’s industry leading line of cellular routers. The Digi Connect WAN 3G provides primary Wireless WAN connections to remote sites containing Ethernet and serial devices. Applications include new construction locations, power utility substations, retail/POS sites, temporary facilities and many more. For backup network applications, the Digi Connect WAN 3G integrates with remote locations via an Ethernet WAN port.
Datasheet: WAN Family
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Digi adds small ZigBee-to-IP gateway for drop-in networking applications
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Digi introduced the ConnectPort X2, a wireless gateway about the size of a
deck of cards that links ZigBee/802.15.4 device networks with IP networks over
Wi-Fi or Ethernet connections. The ConnectPort X2 expands Digi's Drop-in
Networking solutions, a combination of hardware components and software tools
for network-enabling commercial grade devices where wired infrastructure does
not exist or does not satisfy customer needs. The single function ConnectPort X2
is available in two configurations - ZigBee-to-Wi-Fi or ZigBee-to-Ethernet, and
provides easy, cost-effective IP connectivity to wireless ZigBee networks where
access to an Ethernet or Wi-Fi infrastructure exists.
Datasheet: ConnectPort X2
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Digi launches industry's first flexible Ethernet networking module
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Digi introduced the ConnectCore 9P 9215, the industry’s most flexible ARM9-based Ethernet networking module. It features two Flexible Interface Modules (FIMs) built into Digi’s new ARM9 microprocessor that will allow you to load and use application-specific interfaces such as Secure Digital, Controller Area Network (CAN), 1-Wire, additional UARTs and others. This enables you to custom configure the ConnectCore 9P 9215 for the specific needs of an application. Adding interfaces in the FIMs reduces complexity and overall product cost by minimizing the number of components necessary for a design.
Datasheet: 9P 9215
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Extended-Range RF Module Designed for ZigBee Mesh Networking
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Digi introduced the XBee-PRO ZNet 2.5, an extended-range RF module designed for
ZigBee mesh networking. The powerful XBee-PRO ZNet 2.5 provides up to 1 mile
(1.6 km) RF line-of-sight transmission, significantly increasing the number of
applications in which ZigBee mesh networking can be used. It is the latest
addition to Digi’s Drop-in Networking product family and is fully compatible with any other XBee ZNet 2.5 Drop-in Networking product, including RF modules, adapters, wall routers and gateways.
Datasheet: Zigbee Whitepaper
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Digi Drop-in Networking Professional Development Kit
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• Proof-of-concept low-power wireless connectivity kit
• Easily configure a low-power ZigBee sensor/device network
• Includes embedded modules, interface boards, gateway, wall router and Python® programming engine
The Drop-in Networking Professional Development Kit provides the hardware and software tools to rapidly deploy a real-world wireless sensor/device network and proof of concept system. All hardware components are pre-configured to run ZigBee mesh networking software which is optimized for low-power, battery-operated networks.
The kit includes:
• (3) XBee modules (1 XBee and 2 XBee-PRO®) and (3) interface boards (1 USB and 2 RS-232) to simulate endpoints in the ZigBee network.
• (1) ConnectPort X2 gateway which concentrates data from the ZigBee endpoints for connectivity to a PC or the Internet. The gateway provides a Python-based programming engine for custom application development.
• (1) XBee wall router, which offers simple network extension via plug-in mains power. The wall router also includes integrated light and temperature sensors which can be monitored via the gateway and is designed with power plugs for compatibility with geographic requirements.
• Power supplies, user documentation and configuration CD. The CD also provides a set of Python programming tools to assist with custom application development.
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High Performance Embedded Device Server
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Digi introduced the Digi Connect ME 9210, a high performance embedded device
server and newest addition to the popular Digi Connect ME family. The Digi
Connect ME 9210 enables OEMs to easily add secure Ethernet connectivity to their
products and is faster, includes more memory and has more peripheral interfaces
than any other device server. The Digi Connect ME 9210 offers the highest level
of speed and memory available on a device server with a 75 MHz ARM9 processor,
and 8MB RAM and 2 or 4 MB Flash. It also features the most peripheral interfaces
including serial, SPI, I2C, GIO, CAN, 1-wire and integrated Flexible Interface
Modules (FIMs). FIMS provide custom interfaces for tailoring the module to the
user's exact application needs.
Product brief: Digi Connect ME9210
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The newest member of the ConnecPort WAN cellular router family with support for WiFi, offering best in class remote wireless solutions for growing vertical requirements
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The ConnectPort WAN family of upgradeable 3G routers provides high
performance, secure wireless communications over cellular networks for
connecting remote sites and devices.
The ConnectPort WAN family of upgradeable 3G cellular routers provides secure high speed wireless connectivity to remote sites and devices. The routers can be used for primary wireless broadband network connectivity to equipment at remote locations, as well as for a backup to existing landline communications. They are ideal for use where wired networks (e.g., leased line/frame relay, ISDN, DSL) are not feasible, or where alternative network connections are required. Flexible design ensures easy upgradeability via supported PCI Express modules or cards. With an upgradeable wireless network platform, customers are able to quickly migrate to future 3G platforms and beyond. The routers also include Ethernet, seial, USB and sensor ports to connect peripheral devices and TCP/IP network devices, as well as optional Wi-Fi and GPS.
Datasheet: Connectport Wan family
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Ruggedized M2M networking solutions for extreme operating conditions
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Digi introduced a line of wired and wireless device networking solutions
designed for reliable operation in hazardous environments. The product line
includes :
* the Digi Connect® WAN IA cellular router,
* XTend™ radio frequency (RF) modem,
* PortServer® TS Haz MEI serial server and
* Digi One® IAP Haz serial server.
The products are designed to network enable devices in manufacturing and industrial environments where exposure to volatile liquids and gases and severe temperature ranges is common.
The Digi Connect WAN IA is an Ethernet-to-cellular router with built in Modbus that provides enterprise backup and primary connectivity to devices in remote locations and features industrial hardware/software components. Ideal for any environment where running a cable is difficult such as crossing a highway, the XTend RF modem provides serial cable replacement over a 900MHz RF connection and can provide up to 40 miles of range in line-of-sight conditions. The PortServer TS Haz MEI serial server provides high-performance serial-to-Ethernet connectivity and makes it easy to connect one to four serial devices to a network. The Digi One IAP Haz provides serial-to-Ethernet connectivity and a protocol bridge to allow interoperability of industrial serial and Ethernet devices.
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Self-Powered Wireless Sensors for building automation
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EnOcean is the key to the "Intelligent Green Building"
* Building automation optimizes energy savings and reduces operating costs by lowering total cost of ownership. Furthermore, it enhances security, protection and convenience.
* Wireless radio technology is essential to the success of building automation. It permits the required number, functionality and flexibility of the necessary sensors. Radio technology minimizes installation times and reduces system costs.
*No battery requirement is mandatory for larger installations. The cost to monitor, replace and recycle batteries increases with the number of installed nodes. Battery-free EnOcean radio solutions are eco-friendly, comply with the principles of building biology, and save key resources.
Whitepaper : Maintenance-free Wireless systems for buildings
Applications Overview
Service-free energy converters ( PTM200 - STM110 - ECT100 )
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Self-powered Wireless Sensor Solutions
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EnOcean manufactures and markets world-leading energy harvesting technology, sensors, and RF (radio frequency) communication in a single solution for building and home automation, lighting, industrial, automated meter reading and environmental applications.
- EnOcean Modules and Accessories
Overview of EnOcean Modules and Accessories: Transmitters, Receivers, Transceivers, Energy Harvesters, Kits and Accessories.
- EnOcean Technology
Self-powered wireless sensor technology from EnOcean – Green. Smart. Wireless.
- Energy Harvesting
Green – Self-powered wireless sensors from EnOcean harvest and manage the smallest amount of energy from their environment.
- Intelligent Sensors
Smart – Self-powered wireless sensor technology from EnOcean enables optimal energy management.
- Radio Technology
Wireless – Radio technology from EnOcean enables to generate a surprisingly long-range signal with astoundingly small amounts of harvested energy.
- Standardization
Overview of communication profiles of current and upcoming products "Enabled by EnOcean".
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Commercialized highly efficient non-contact power transmission module
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The S4E16402/SE16403 uses new Epson technology to allow high-efficiency
non-contact power transmission. Since all components necessary for non-contact
power transmission are built in to the module, it is simple to install in
customers' devices. The product is made up of a power transmission module
(primary module: S4E16402) and a power receiving module (secondary module:
SE16403). Using these two elements as a set enables transmission of up to 0.5 W
(5 V/100 mA). The thin, flat coil used for power transmission results in a
compact design, with the secondary module having an overall thickness of just
2.3 mm. Electromagnetic shielding fitted to the back of the transmission surface
in each module reduces interference with other electronic components contained
within the same device. More information read here
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Industrial 6-port Managed PoE Switch
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- 4 PoE+ and 2 Redundant Uplink Ports
- PoE+ High Power 30W / Port
- Supports 24V and 48V PoE
- PoE Hour / Week Schedule
- Auto Reset Powered Device
- Rapid Super Ring Revocers
- Network in < 5ms
PoE Basics (What is ... ?)
PoE Switches
PoE Selection Guide
Datasheet JetNet4706
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Industrial-grade Network Devices
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* JetPoE Series Industrial PoE Switch > Selection Guide
* JetNet Series Industrial Ethernet Switch > Selection Guide
* JetCon Series Industrial Media Converter > Selection Guide
* JetBox Series Industrial Communication Computer > Selection Guide
* JetIO Series Industrial Managed Ethernet I/O Module > Selection Guide
* JetPort Series Industrial Secured Serial Device Server > Selection Guide
* JetCard Series Universal PCI Multiport Serial Card > Selection Guide
Product Overview
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JetCon 6300 Series Industrial Smart Ethernet I/O Converter
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JetCon 6300 Series Key Features
* Digital Input with DI and Event Counter Mode
* Digital Output with DO and Pulse Output Mode
* Multi-form Peer to Peer communication between JetCon 6330 and JetCon 6350
* Smart logic rules
* Industrial Modbus/TCP protocol
* Windows Utility and Web Display
* Built-in watchdog protects against system failure
* Safe mode operation for network link lost
* Din-Rail mount with robust aluminum case and IP31 protection
The JetCon 6300 series converts I/O signal to Ethernet messages and is equipped with one Ethernet port and multiple channels of Digital Input or mixed multiple channels of Digital Input and Output. The JetCon 6300 series provides digital input, event counter modes, digital output and pulse output modes. The flexible local logic rules and the Peer to Peer function can support users to configure point to point, point to multiple points or multiple to one operation.
The JetCon 6300 series provides a Windows Utility, Web configuration and Industrial Modbus/TCP protocol for integration. JetCon 6300 is with existed HMI/SCADA. Also, the robust aluminum case has good heat dispersion and IP31 protection. With the JetCon 6300, users can easily perform status monitoring and control the remote I/O devices.
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easy-Radio 868-920MHz EU/USA transceiver
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- The embedded software converts user data, in most standard formats, and
transmits over air to Rx. Data is converted and fed to the host processor. This
avoids the host processor taking time to constantly check for a valid signal at the Rx output
- 'easy-Radio' software means the engineer has no radio software to write which results in faster time to market
- Only ONE transceiver module required for EU (868-870MHz) or USA (902-920MHz) markets
- User programmable frequency
- User programmable power output
- User programmable data rate
- Frequency can be set to either 869.85MHz or frequencies in the 902-920MHz bands by simple software commands
- Maximum output power for Europe 5mW. USA 1mW.
- Data rate up to 76.8K bps
- Embedded "easy-Radio" software means NO protocol software to write
- Handles all encoding/decoding functions
- Fastest time to market
- Typical range up to 150m
- Supply volts 2.5 - 5.5v; Power consumption Tx - 25mA; Rx - 21mA
- Dimensions 37.5 x 14 x 4.5mms
- Sensitivity typ. -105dBm
- Longer range (250m) version available at 433-4MHz; ER400TRS-02 for European applications
- Compliant with all current EU & FCC regulations
- RoHS Compliant
Datasheet: ER900TRS-02
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Stellaris® Ethernet-enabled Intelligent Display Module
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Featuring a 2.8” QVGA 16-bit color LCD resistive touch panel display , the compact Luminary Micro Stellaris® MDL-IDM28 Intelligent Display Module offers a complete graphical Human Machine Interface (HMI) control panel in control, automation, and instrumentation applications. Taking full advantage of the vast connectivity features included in the integrated Stellaris LM3S6918 microcontroller, the MDL-IDM28 offers full 10/100 Ethernet connectivity, which can serve as a standard system network connection for monitoring and control and as a reprogramming interface to update module firmware in the field. In addition to the 256K of single-cycle Flash memory and 64K of single-cycle SRAM available within the integrated LM3S6918 microcontroller, the Intelligent Display Module also includes a 168K of display buffer memory, an SD Card interface, additional serial connectivity options, an audio transducer, a relay output, and four analog measurement inputs. Also, the MDL-IDM28 can be powered with a standard 24 V DC power supply or through 5 V DC terminals.
Product Brief
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Serial-to-Wi-Fi® Device Server
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The MultiConnect™ WF device server connects serial devices to an IP network via 802.11b wireless networking. It enables you to build wireless networking into virtually any device allowing for remote monitoring, control and configuration. The device server integrates a complete TCP/IP protocol stack. It can make your existing and next generation device, machine or system, IP-ready while you focus on developing its core features. Datasheet: MultiConnect™ WF
Benefits:
- Serial-to-802.11b wireless networking
- Flexible IP protocl stack
- Compact, rugged industrial chassis
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New HSDPA Embedded Wireles Modems
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The SocketModem® HSDPA wireless modem is a complete, ready-to-integrate communications device that offers standards-based tri-band UMTS/HSDPA performance. This quick-to-market communications device allows developers to add wireless communication to products with a minimum of development time and expense. The SocketModem HSDPA wireless modem is based on industry-standard open interfaces and utilizes Multi-Tech's universal socket design.
Family Features:
- Tri-band UMTS/HSDPA 3.6
- Quad-band GSM/GPRS/EDGE
- Supports Short Message Service such as text and PDU mode, point-to-point (MT/MO) and cell broadcast
- GSM circuit-switched data up to 9600 bps and UMTS circuit-switched data up to 64K bps
- MMCX antenna connector and SIM socket
- USB 2.0 full speed interface or standard serial interface
- Serial interface supports DTE speeds to 921.6K bps (effective throughput is 700-750K bps)
- FCC, PTCRB and R&TTE certified
- AT command compatible
- Two-year warranty
Datasheet: SocketModem HSDPA
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SocketModem® IP - New 5 Volt Embedded Modem + Internet Applications
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The SocketModem® IP embedded modem creates Internet-ready devices by integrating modem functionality and a complete TCP/IP protocol stack into a single, universal socket design. The space efficient (1" × 2.5"), ready-to-integrate embedded modem sends and receives data via e-mail or socket interfaces. The SocketModem IP embedded modem brings Internet connectivity to any device without adding development time and costs. It also complies with telecom requirements globally allowing for worldwide shipments.
Key Features:
• AT command interface for modem and Internet commands
• Complete modem solution including the controller, data pump, and DAA
• Supports DNS, FTP, ICMP, IP, POP3, PPP, SMTP, TCP, UDP and Telnet protocols
• PAP or CHAP authentication
• Serial interface supports DTE speeds to 230K bps
• 5V DC input power
• Global approvals
• Two-year warranty
Data sheet: SocketModem IP
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Navman Wireless OEM Solutions Enhances the Jupiter 30 and 32 GPS Module Lines
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Navman Wireless announced that it is among the first to incorporate the latest
low-power SiRF technology into its GPS solutions. The Navman Wireless Jupiter 30
xLP and Jupiter 32 xLP extra low power modules feature the new 65nm SiRFstarIII
GSC3e(f)/LPx chipset and offer up to 30% power savings over earlier modules.
With the introduction of the Jupiter 30 xLP and the 32 xLP, Navman Wireless
continues to lead the way in providing OEMs the most advanced GPS solutions for
their products.
Datasheet: Jupiter 30, Jupiter 32
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Rabbit cores include pin compatibility, wired and wireless options
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Engineers that require a low-risk solution, with seamless hardware and
software integration, can look towards the Rabbit 4000 based cores.
RCM4000 10Base-T Ethernet
RCM4100 Small Footprint
RCM4200 10/100 Base-T Ethernet
RCM4510W Wireless Zigbee/802.15.4
RCM4400W Wireless WiFi/802.11
RCM4300 10/100 Base-T Ethernet and miniSD Card
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RCM4510W - The ZigBee® is On-board
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The RCM4510W RabbitCore module is equipped with an on-board ZigBee/802.15.4
modem for wireless connectivity. Features also include 512K flash memory and
SRAM, 40 general-purpose I/O, and up to 9 general-purpose I/O 4 of which can be
set up as analog inputs via the ZigBee module. The RCM4510W RabbitCore module is
easily interchangeable with other RCM4xxx based products due to electrical and
functional compatibility. With a small footprint of 1.84” x 2.42” (47 mm x 61 mm), the RCM4510W is compact and can easily be mounted directly onto a user-designed motherboard, along with CMOS-compatible digital devices.
Product Brief
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Wireless gets better with the new RCM5400W RabbitCore
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The RCM5400W RabbitCore module series provides Wi-Fi/802.11b/g functionality
which enables you to create low-cost, embedded wireless control and
communications solutions for embedded control applications. Featuring the Rabbit
5000 microprocessor the RCM5400W offers :
* Integrated Wi-Fi/802.11b/g wireless connectivity
* Up to 39 general-purpose I/O lines configurable
* Small size: 1.84” × 2.85” × 0.50” (47 mm × 72 mm × 13 mm)
Product Brief
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Silabs acquires Integration and adds Wireless, Power Management and Wireline products
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Integration Associates designs and delivers silicon solutions for wireless,
wireline and power system management applications for a wide range of systems.
For more information about Integration Associates and its products, visit www.integration.com.
The wireless product division includes the next generation of RF ICs with greater transmit output power and higher receive sensitivity.
From now on, Alcom electronics is the Benelux disti covering Integrations products.
Download the Wireless Products Selector Guide
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Open AT® version of GR64 added to Wavecom's Wireless CPU® family
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Wavecom announced the introduction of the Q64 Wireless CPU®, an enhanced version of the GR64 that is powered by Wavecom’s Wireless Microprocessor® WMP100.
The new Q64 Wireless CPU® has increased processing power (up to 85 MIPS available for embedded customer applications) and the Open AT® RTOS (Real Time Operating System) that allows customers to natively execute C-based applications directly on the Wireless CPU®. It will also support important new features like IDS (Intelligent Device Services) for remotely upgrading and monitoring devices, new I/Os including USB as well as additional Internet connectivity features such as FTP, HTTP and more Security options. Through the use of Wavecom’s latest Open AT® Software Suite version 2.0, numerous Plug-Ins such as Airbiquity’s aqLink® and Lua scripting are also available.
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Wavecom introduces Q52 Omni Wireless CPU®
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Wavecom announced a groundbreaking combination of cellular, satellite and GPS
technology (select models) on a single device: the Wavecom Q52 Omni Wireless
CPU®. Based on Wavecom Wireless Microprocessor® technology, the Q52 Omni embodies unprecedented integration by embedding control of all three technologies on a single processor, enabling significant cost savings over existing multiprocessor solutions. The powerful, built-in ARM9 processor and included Open AT® Software Suite allow to develop, embed and execute applications directly on the device. Productbrief: Q52 Omni
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