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Intel and telcos left in virtual RAN limbo by rise of AI RAN
A multitude of general-purpose and specialist silicon options now confronts the world's 5G community, while Intel's future in telecom remains uncertain.
Vendor claims 70 percent reduction in power consumption
December 18, 2000
MILPITAS, Calif. -- BitBlitz Communications, Inc. today announced the industry's highest-performance transceiver chip. The patent-pending, CMOS device transfers data at 3.125 Gbps, and contains eight, full-duplex channels for an aggregate bandwidth of 50 Gbps.
The nPower BBT3800 allows engineers to design serial backplanes with twice the performance of other transceivers. The device is capable of even greater performance gains because it is built from patent-pending technology that uses 1/3 the power of other transceivers. This low-power feature (200 mW per channel) allows multiple BBT3800 chips to work in parallel. As an example, twenty BBT3800 chips could be used in parallel to design a serial backplane operating at a bandwidth of 1000 Gbps (i.e., one terabit).
http://www.bitblitzcom.com/press_releases/pr01.html
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