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OEpic Introduces Highly Integrated Front-End Solution for Optical Communications Modules.


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Booth #6094

SUNNYVALE, Calif.--(BUSINESS WIRE)--March 11, 2002

Low Cost, High Speed 10 Gb/s VSR VSR Very Short Reach (Ciena/Cisco design for high speed, 10Gbps data)
VSR Variable Speed Reversible
VSR Very Short Reach (optical interconnection; Sprint)
VSR Volume Search Radar
 Chipset for Small Form-Factor

Transceivers Is First Product from New OEIC OEIC Open Ended Investment Company
OEIC OptoElectronic Integrated Circuit
 Company

A highly integrated front-end optoelectronic receiver and transmitter chipset for Very Short Range (VSR) applications that breaks the $100 price point was introduced today by OEpic, Inc. The newly announced company designs, manufactures and sells Optoelectronic Integrated Circuits Integrated circuits

Miniature electronic circuits produced within and upon a single semiconductor crystal, usually silicon. Integrated circuits range in complexity from simple logic circuits and amplifiers, about 1/20 in. (1.
 for next generation, high-speed optical communications systems. (See the accompanying release: Start-Up OEpic to Offer Complete Optoelectronic Front-End ICS (1) (Internet Connection Sharing) A Windows feature that enables two or more computers to share one Internet connection. First introduced in Windows 98 Second Edition, sharing is accomplished with network address translation (NAT), which is the common method.  for High-Speed Communications.)

The 10 Gb/s chipset, designed for datacom applications such as 10 G Ethernet, Storage Area Networks (SAN) and Fiber Channel, will be presented at the OFC Conference in Anaheim, Calif., March 17-22 at OEpic's Booth #6094.

(Product photos are available at www.oepic.com.)

The 850nm VSR chipset consists of an integrated PIN/TIA receiver, operating at 10Gb/s, that converts 850 nm wavelength optical signals to electrical data, and a vertical cavity surface emitting laser (VCSEL (Vertical Cavity Surface Emitting Laser) Pronounced "vixel." A type of laser diode that emits light from its surface rather than its edge. A VCSEL's circular beam is easy to couple with a fiber, and due to its surface-emission architecture, can be tested ) transmitter. A limiting amplifier and a laser driver amplifier complete the four-device chipset, designed for small form-factor transceivers.

"Our corporate mission is to deliver complete optoelectronic front-end integrated solutions to the high-speed communications market with greater performance and cost effectiveness," said Dr. Yi-Ching Pao, founder, president and CEO (1) (Chief Executive Officer) The highest individual in command of an organization. Typically the president of the company, the CEO reports to the Chairman of the Board.  of OEpic. "This first product of ours will provide optical module manufacturers with highly integrated optical-to-electrical conversion, enabling lower-cost transceiver manufacturing and faster time to market."

"This first integrated product is for short range applications operating at 10Gb/s, and will be followed soon by our longer reach products fabricated in our own state-of-the-art InP manufacturing facility in Sunnyvale, California," said Dr. George Bechtel, director of marketing at the company. "And we will put more emphasis on our 40 Gb/s speeds when that market is ready."

According to Robert Steele, director of optoelectronic research at Strategies Unlimited, "The 10 Gb/s VSR datacom transceiver market is expected to reach $4 billion by 2006. OEpic's highly integrated chip set could enable the company to become a major participant in this market."

Technical details of the four devices in the chipset:

1) The PT1001 Receiver is a GaAs PIN photo detector, integrated

with an InGaP-HBT transimpedance amplifier (TIA (1) (Telecommunications Industry Association, Arlington, VA, www.tiaonline.org) A membership organization founded in 1988 that sets telecommunications standards worldwide. It was originally an EIA working group that was spun off and merged with the U.S. ). The device

has a low power consumption of only 60 mW. It is available as

a bare die (PT1001-A) and in internally matched 10 Gb/s TO-46

packages (PT1001-TO).

2) The L1001 Limiting Amplifier provides wideband, high gain, low

noise amplification of signals up to 10 Gb/s. It features

differential inputs and outputs and interfaces with typical

SERDES See serializer/deserializer.  chips. The device is fabricated using advanced

InGaP-HBT process, and is supplied in bare die (L1001-A) and

in 3 mm QFN QFN Quad Flat No-Lead
QFN Queen Fan Newsletter (rock band)
QFN Quad Flat No Leads
 surface mount packages (L1001-QF).

3) The LV1001 VCSEL Transmitter is a high radiance 850 nm

Vertical Cavity Surface Emitting Laser. The device provides a

typical optical output power of 2.5 mW at 8 mA with a high

differential efficiency of 60 percent. It is available as a

bare die (LV1001-A) and in internally matched 10G TO-46

packages (LV1001-TO) which include a monitor photodiode A light sensor (photodetector) that allows current to flow in one direction from one side to the other when it absorbs photons (light). The more light, the more the current. Used to detect light pulses in optical fibers and other light-sensitive applications, it works the opposite of a .

4) The DV1001 VCSEL Driver Amplifier is an InGaP-HBT amplifier,

designed to provide bias and modulation currents to the LV1001

VCSEL. The device features differential inputs and outputs and

consumes less than 100 mW. It includes pulse width pulse width Pulse duration Cardiac pacing The duration of a pacing pulse in msecs ,

depth-of-modulation and feedback control. It is available as a

bare die (DV1001-A) and in 3 mm QFN surface mount package

(DV1001-QF).

Price and Availability

The chipset is available for immediate sampling with volume available in Q3 of 2002, at $99 for the bare die in high volume or for $199 as packaged parts (TO and QFN) for inserting in sub-assemblies.

About OEpic

OEpic (pronounced "epic") designs, manufactures and sells advanced Optoelectronic Integrated Circuits (OEICs) which integrate optical components with high-speed electronics. These are used by OEMs to create fast, highly integrated front-end solutions that allow the development of innovative, next-generation optical communications systems. The company has developed world-class OEIC design and InP (Indium Phosphide phosphide

Any of a class of chemical compounds in which phosphorous is combined with a metal. Phosphides exhibit a wide variety of chemical and physical properties. Phosphides that are rich in metal have high melting points and are hard, brittle, and chemically inert; these
) device technologies at its own manufacturing facility, permitting the integration of optical and electronic devices for speeds up to 40 Gb/s. For more information, visit www.oepic.com.

OEpic was founded in July 2000 in Sunnyvale, Calif., by a very experienced team with background in optoelectronic and microwave technologies at leading firms. OEpic has received $30+ million from top tier venture capitalists and corporations.
COPYRIGHT 2002 Business Wire
No portion of this article can be reproduced without the express written permission from the copyright holder.
Copyright 2002, Gale Group. All rights reserved. Gale Group is a Thomson Corporation Company.

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Publication:Business Wire
Date:Mar 11, 2002
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