OAU RTN 310 ODU
http://actfornet.com/HUAWEI_TRANSPORT_DOCS/RTN%20310%20V100R003C00%20OAU%201A%20Product%20Description%2003.pdf
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Huawei umptb7 UMPT GSM WCDMA main control board for Huawei BBU3900 BBU 3900
Huawei umptb7 UMPT GSM WCDMA main control board for Huawei BBU3900 BBU 3900 The BTS3900 is applicable to the indoor scenarios such as centralized installation and relocation of the macro BTS, as shown in Figure 1-1. The BTS3900 supports –48 V DC power input and the modules. The modules of the BBU3900 and CRFU are installed in a centralized way in an indoor cabinet. As the most compact indoor macro BTS in the industry, the BTS3900 features a large capacity, good extensibility, light weight, and a small size. In addition, the BTS3900 can be stacked and combined to s...
How Supercomputing Can Survive Beyond Moore's Law
How Supercomputing Can Survive Beyond Moore's Law Today’s technology makes a 1-exaflop supercomputer capable of performing 1 million trillion floating-point operations per second almost inevitable. But pushing supercomputing beyond that point to 10 exaflops or more will require major changes in both computing technologies and computer architectures. Planning for such challenges has been a major focus for Erik DeBenedictis, a computer engineer at the Advanced Device Technologies department at Sandia National Laboratories in Albuquerque, NM. He has worked with the IEEE Rebooting Computing initiative and International Technology Roadmap for Semiconductors to pave the way for the future of both computing and supercomputing. DeBenedictis outlined several possible technology paths for supercomputing—the millivolt switch, 3-D integration, and specialized architecture—at the session titled “Beyond Moore's Law” at the International Conference for High Performance Computi...