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Product Photos - 2002

December 11, 2002 — Zarlink rolls out world's most fully featured low-bandwidth TDM (Time-Division Multiplex) digital switch platform. The three-chip ZL50010/11/12 family are the most flexible and cost-effective 512-channel devices on the market. Download Product Photo JPEG

December 10, 2002 — Zarlink launches single-chip radio transceiver for TDMA/AMPS digital cellular networks. The ZL20200 is the first off-the-shelf cell phone radio chip to integrate call receive and transmit circuitry on the same silicon. Download Product Photo JPEG

December 05, 2002 — New analog prescalers from Zarlink set industry record for high-frequency operation. Zarlink's ZL40813/14/18 devices convert RF signals operating at up to 13.5 GHz ? the highest frequency reach ever for single-chip prescalers ? to lower frequencies. Download Product Photo JPEG

October 23, 2002 — The MT90502 Multi-Channel AAL2 SAR bridges a standard TDM (Time Division Multiplexed) backplane to a standard ATM (Asynchronous Transfer Mode) bus. The device provides the CPS (Common Part Sublayer) and SAR (Segmentation and Reassembly) engines. Download Product Photo JPEG

October 23, 2002 — Zarlink Semiconductor today delivered a new family of best-in-class, high-speed analog ICs with exceptional performance characteristics. The ZL40800 family of high-frequency prescalers operate at 6 GHz and 10 GHz. Download Product Photo JPEG

October 08, 2002 — Zarlink Unveils New Class of Communications Chip - World's First High-Capacity 'Packet Processor' Will Slash Costs, Boost Voice Quality on IP (Internet Protocol) Networks Download Product Photo JPEG

September 25, 2002 — Zarlink Launches High Performance, High Reliability DSL (Digital Subscriber Line) Access Processors. New IMA (Inverse Multiplexing for Asynchronous transfer mode) processors deliver industry's highest serial data rate for DSL Download Product Photo JPEG

September 11, 2002 — Zarlink Semiconductor Unveils Industry's Most Highly Integrated TDM-to-ATM Processors. Download Product Photo JPEG

August 13, 2002 — Voice echo cancellation chips from Zarlink post industry records for density, performance and price. Download Product Photo JPEG

June 19, 2002 — Light Emitting Diode (LED) from Zarlink targets emerging Plastic Optical Fiber market. Zarlink Introduces New Class of Light Emitting Diode for Emerging POF (Plastic Optical Fiber) Market." Zarlink's ZL60003 RCLED (resonant cavity LED) uses highly efficient semiconductor structures to convert electronic signals into precise, high-speed light pulses that illuminate plastic optical fiber with an attractive red glow. Download Product Photo JPEG

April 02, 2002 — Zarlink Launches High Performance Surge Protection Chips for Pacemakers, Implanted Defibrillators, Neurostimulators Download Product Photo JPEG

February 26, 2002 — Zarlink First to Market with New High Density Switching Chip Download Product Photo JPEG

February 19, 2002 — Zarlink Launches Low Price, High Bandwidth Modules for VSR (Very Short Reach) Optical Interconnect Market Download Product Photo JPEG

February 01, 2002 — The GP2015 is a small format RF Front-end for Global Positioning System (GPS) receivers. Equivalent in performance to the GP2010 but in a TQFP package, this product is suited for size-critical applications as the RF area can be reduced by a factor of two to three using miniature surface mount passive components. Download Product Photo JPEG

February 01, 2002 — The MT90222/3/4 family, are multi-rate inverse multiplexing for ATM (IMA) and transmission convergence (TC) devices that process ATM traffic for transmission over T1/E1, fractional T1/E1 and DSL lines. The MT90222/3/4 integrates features that optimize flexibility and easy implementation of broadband access equipment. Mixed-mode services allow for concurrent IMA and TC layer applications. Download Product Photo JPEG

January 01, 2002 — The GP4020 GPS Baseband Processor combines the flexibility of the GP2021 12-channel correlator with the power of an ARM7TDMI microprocessor in a single device. The GP4020 operates with the existing GP2015 GPS RF Front End device to produce a new 3.3 V GPS Receiver architecture for Navstar L1 C/A-code GPS. Download Product Photo JPEG