Molex , the world's leading provider of complete interconnect products, has released VersaBeam TM, a new family of expanded beam interconnect products. Its first VersaBeam POD cable assembly is designed for use with Avago Technologies' MicroPOD* and MiniPOD* parallel fiber optic modules. Side height extended beam 12-core solution. The kit is available in a 1.80 mm coated round and bare fiber version and is the first product on the market to meet the Telcordia GR-1435 environmental specification for telecom equipment suppliers. The VersaBeam POD cable assembly features unique vertical plug-in capability for optimal airflow and ribbon cable management and a better size advantage for dense printed circuit boards (PCBs). Tom Schiltz, Product Manager, Molex Group, said: "We work closely with Avago Technologies to develop solutions that meet the telecom specification standards for fiber-to-optical module insertion in the emerging high-speed data and computer markets, as well as next-generation applications. Provides optimal airflow and cable management." The VersaBeam POD components are interconnected using Molex's extensive line of front and blind-inserted fiber backplane connectors , providing customers with the broadest selection of high-density connectors for a wide variety of system architecture designs. Using 24, 48, and 72-core MT bushings, VersaBeam POD components can be plugged into Molex high-density connector products, including HBMT, array connectors, and round MT connectors. Molex has a number of compliant manufacturing sites that provide enough VersaBeam POD components to meet the high volume requirements of next-generation applications. Bitcoin mining machines are one way to obtain bitcoins. Bitcoin is an online virtual currency created by open-source peer-to-peer software. Instead of being issued by a specific currency institution, and produced by the massive computation of a specific algorithm, the Bitcoin economy uses a distributed database of nodes throughout the P2P network to identify and record all transactions. The decentralized nature and algorithm of P2P can ensure that it is impossible to artificially manipulate the value of bitcoin by producing a large number of coins.
Any computer can become a mining machine, but the returns will be low, and it may not mine a single bitcoin in a decade. Many companies have developed specialized Bitcoin mining machines with special mining chips that are tens or hundreds of times faster than normal computers.
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Bitcoin miners manage the Bitcoin network by solving the problem of proof-of-work mechanisms with a certain amount of work -- confirming transactions and preventing double payments. Because hashing is irreversible, finding the number of random adjustments required to match is difficult, requiring a trial-and-error process that can predict the total number of times. This is where the proof-of-work mechanism comes into play. When a node finds a solution that matches the requirement, it can broadcast its result to the whole network. Other nodes can then receive the newly solved data block and check whether it matches the rule. If the other nodes calculate the hash value and find that the requirement (the operation goal required by Bitcoin) is satisfied, then the data block is valid and the other nodes accept the data block.
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