MatchPort b/g Pro

Discontinued

The Most Secure, Deployment-Ready WiFi Networking and Web Server Module

MatchPort b/g Pro is a programmable embedded device server that delivers WiFi networking with the highest levels of security to virtually any electronic product. It provides affordable connectivity in the same compact, single-socket form factor as other MatchPort modules, enabling OEMs to add WiFi or wired Ethernet networking to their products on a single PCB design.

With a choice of flexible, media-independent modules ranging from Ethernet, WiFi and ultra-secure WiFi, the MatchPort family takes the complexity out of RF design and networking. OEMs can focus on their core competencies while minimizing engineering risk, shortening development time and reducing development cost.

WiFi Network Co-Processor Module

MatchPort b/g Pro is a dedicated co-processor module that manages wireless connectivity and web services, enabling the device’s host microcontroller to function at maximum efficiency. Using a dual-processor design (one for converting wired serial data into TCP/IP packets, adding authentication and web server; the other an 802.11 b/g baseband and radio chipset) MatchPort b/g Pro adds secure WiFi connectivity and web services to any device with a serial interface on its host microcontroller.

Bulletproof Security

With an unmatched portfolio of security technologies, MatchPort b/g Pro goes far beyond compliance with the popular 802.11i, WPA and WPA2 wireless security specifications. It ensures data integrity and privacy for highly sensitive requirements, such as medical or financial applications.

• IEEE 802.11i-compliant radio with AES-CCMP and TKIP encryption
• Complete suite of 802.1x Enterprise Authentication Protocols (EAP) including EAP-TLS, EAP-TTLS, PEAP and LEAP
• End-to-end SSL TLS and SSH tunneling
• End-to-end AES 128-bit encrypted tunneling

Highly Reliability WiFi for Better Mobility

With exclusive SmartRoam technology, MatchPort b/g Pro continuously tracks the signal strength of access points (AP) within range. If necessary, pre-authentication and caching enable smooth and automatic transition to an access point with a stronger signal. This enhances mobility within a building, warehouse or across a campus network with less time spent re-authenticating due to a lost connection or re-associating to a stronger signal.

FCC Certified for Immediate Deployment

MatchPort b/g is module certified by the U.S. Federal Communications Commission (FCC). This allows you to leverage the Lantronix FCC license grant and bypass 802.11 regulatory testing, speeding time-to-market and minimizing development and testing costs. MatchPort b/g is also pretested for European telecommunications regulations.

Scan, Gather and Report Radio Parameters

MatchPort b/g Pro scans current AP and Received Signal Strength radio parameters, as well as authentication and negotiated encryption types for the current association, and displays them on a web page. This enables remote technicians to diagnose problems as they occur and troubleshoot over any IP network without a service call, reducing support costs and unnecessary visits.

Advanced OS and Web Server Technologies

Lantronix Evolution logoFeaturing the Lantronix Evolution OS operating system, MatchPort’s integrated CGI-capable web server transforms a standalone device into a networked product that can be managed remotely via a standard web browser. CGI capability enables users to remotely monitor and collect information from the device in real-time and send the information to dynamic web pages. AJAX technology ensures smooth browsing of dynamic content served from the edge device. Additionally, MatchPort b/g Pro supports open standards such as “Cisco-like” CLI, XML and serial and Telnet management options.

Flexible & Intelligent Design

Designed without an attached antenna, it provides the flexibility to locate the antenna and connector based on design requirements. It also includes a user-controlled, intelligent power management option to shut down the radio during periods of inactivity, minimizing current consumption.