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From:alerts@equityalert.com
To:alewis@ect.enron.com
Subject:Your News Alert for AMCC
Cc:
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Date:Mon, 11 Dec 2000 02:26:00 -0800 (PST)

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UNDERVALUED

Mercantile Bank Corporation (NASDAQ: MBWM) is one of the nation=01,s
fastest growing regional banking organizations.

Despite unprecedented asset growth and earnings performance for a
new banking organization, Mercantile is currently trading at less
than book value and only 10.5 times street estimated 2000 earnings.

Click here to learn more:
http://205.210.134.51/a1.asp?ID=3D1251aa

AOL USERS: copy & paste the link above into your browser.
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AMCC First to Enable the Next Generation Multi-Carrier, Transparent
Network Architecture With Introduction of 10 Gbps Digital Wrapper and FEC
Device=0F=3DAMCC's Hudson is the Industry's First Device to Meet the Rapidl=
y=20
Growing
Demand for 10 Gbps Digital Wrapper Solutions From the Man, Transport and WD=
M
Sectors

SAN DIEGO, Dec 11, 2000 (BUSINESS WIRE) -- Applied Micro Circuits Corp. (AM=
CC)
(Nasdaq:AMCC), a leader in high-bandwidth silicon connectivity solutions fo=
r=20
the
world's optical networks, today announced the Hudson (S19203), the industry=
's
first 10 Gbps silicon device architected to support both the evolving G.709
digital wrapper standard and traditional SONET/SDH infrastructures.

The Hudson variable rate, digital wrapper framer/deframer and performance
monitor device facilitates the transparent transport of multiple protocols
across the network, while aiding interconnection between multiple carriers.
Hudson incorporates programmable Forward Error Correction (FEC) for rates u=
p=20
to
10.66 Gbps and supports OC-192 transmission standards. The digital wrapper
technology provides an extension of the current SONET/SDH infrastructure,=
=20
while
enhancing both flexibility and transparency across the network. The Hudson
easily interfaces with AMCC's 10 Gbps mux/demux devices, SONET/SDH/digital
wrapper backplane devices and AMCC's mapping and pointer processing devices=
.

"The digital wrapper is the next important step for large optical networks =
as=20
it
incorporates the best features of SONET/SDH while removing some of the rigi=
d
overhead structure that makes SONET/SDH sub-optimal for an IP-centric,
intelligent optical network," said Brent Little, vice president of marketin=
g=20
for
AMCC. "By using key devices such as Hudson, OEMs will now be able to create=
=20
more
efficient and interoperable systems without starting from scratch."

AMCC's digital wrapper design has already been adopted by most of the major=
=20
wide
area networking (WAN) equipment manufacturers. The demand for digital wrapp=
er
products stems from the need in the WAN to transparently transport multiple
protocols at 10 Gbps, coupled with the need to efficiently provision bandwi=
dth
across today's multiple-carrier network.

"The Hudson is built for the next-generation multi-carrier transport networ=
k
architecture and ushers in an efficient and cost-effective means of=20
transporting
traffic while extending existing SONET infrastructures," said Ken Prentiss,
AMCC's director of marketing for telecom products. "We are seeing=20
unprecedented
demand for Hudson across a large customer base due mainly to the device's
flexible architecture; customers can wrap, unwrap or monitor traditional
SONET/SDH traffic, or wrap and unwrap IP or any other traffic using a singl=
e
device."

The digital wrapper concept involves grouping together a number of existing
frames into "super-frames," which can then be more efficiently managed with=
a
relatively small allocation of overhead-per-byte of data. By aggregating
together the provisions for "framing bits" that are already defined for use=
by
existing time-division multiplexed (TDM) structures, the super-frame concep=
t
allows for the implementation of an intelligent operation, administration a=
nd
maintenance (OAM) capability without materially expanding the amount of dat=
a
currently being transmitted. This creative use of available control bits al=
so
allows FEC functions to be very efficiently incorporated within the digital
wrapper definition without a significant net increase in overall bandwidth
usage.

The Hudson's core logic runs on a 1.8V power supply and features two input =
and
two output ports, which are configurable in many ways. Figure 1 shows a=20
typical
network application supporting a single data stream with dual redundant inp=
ut
and output lines. The input and output ports can be configured as a dual
redundant I/O on a single data stream for protection switching or as two
completely independent data streams for duplex operation. Either input port=
=20
can
be directly connected to either output port for loopback testing.

The Hudson provides full digital wrapper performance monitoring and feature=
s
Optical Channel Overhead (OCh-OH) insertion and extraction, which are
independently controllable. All 64 OCh-OH bytes in a superframe are=20
programmable
in function and are available for insertion from and drop to FPGA or
microprocessor. Data entering and leaving the Hudson device can be optional=
ly
differentially decoded and encoded, deframed and framed, descrambled and
scrambled, and decoded and encoded with FEC information. In addition, SONET=
=20
data
can optionally be performance monitored for integrity, alarms, and trace
messages.


Pricing and Availability

The Hudson (S19203), packaged in a 624-pin CBGA, will be sampling to=20
development
partners in December with volume production commencing in Q2 2001. AMCC=20
solution
set pricing can be obtained from the company by calling 800/755-AMCC
(800/755-2622).


About AMCC

AMCC designs, develops, manufactures, and markets high-performance,
high-bandwidth silicon solutions for the world's optical networks. AMCC=20
utilizes
a combination of high-frequency analog, mixed-signal and digital design
expertise coupled with system-level knowledge and multiple silicon process
technologies to offer integrated circuit products that enable the transport=
of
voice and data over fiber optic networks. The company's system solution
portfolio includes PMD, PHY, framer/mapper, network processor, traffic
management and switch fabric devices that address the high-performance need=
s=20
of
the evolving intelligent optical network. AMCC's corporate headquarters and
wafer fabrication facilities are located in San Diego. Sales and engineerin=
g
offices are located throughout the world.


AMCC Forward Looking Statements

The statements contained in this press release that are not purely historic=
al
are forward-looking statements within the meaning of Section 27A of the
Securities Act of 1933 and Section 21E of the Securities Exchange Act of 19=
34.
Such forward-looking statements including statements relating to new produc=
ts
derived from the relationship are subject to a number of risks and
uncertainties, including the risk that such products would not be successfu=
lly
developed or achieve market acceptance, as well as the other risks and
uncertainties set forth in the "Factors That May Affect Future Results"=20
detailed
in the company's Annual Report on Form 10-K for the year ended March 31, 20=
00,
and in other filings of the company and MMC Networks with the Securities an=
d
Exchange Commission. As a result of these risks and uncertainties, actual
results may differ materially from these forward-looking statements. The
forward-looking statements contained in this news release are made as of th=
e
date hereof and AMCC does not assume any obligation to update the reasons w=
hy
actual results could differ materially from those projected in the
forward-looking statements.

Product photos, datasheets and application notes are available upon request=
.
AMCC is a registered trademark of Applied Micro Circuits Corp.

Note: A Photo is available at URL:
http://www.businesswire.com/cgi-bin/photo.cgi?pw.121100/bb8


CONTACT: Applied Micro Circuits Corp., San Diego
Bill Berridge, 858/535-4260
billb@amcc.com
or
Mary Pund, 858/535-6523
maryp@amcc.com
or
The Ardell Group
Karina Wollesen, 650/569-3806
karina@ardellgroup.com

URL: http://www.businesswire.com
Today's News On The Net - Business Wire's full file on the Internet
with Hyperlinks to your home page.

Copyright (C) 2000 Business Wire. All rights reserved.

-0-


KEYWORD: CALIFORNIA
INDUSTRY KEYWORD: COMPUTERS/ELECTRONICS
HARDWARE
NETWORKING
SOFTWARE
TELECOMMUNICATIONS
PHOTO
PHOTOWIRE
PHOTO:
bb8



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