Tag: high frequency trading
Errant HFT algorithm costs firm $440 million.
Acceleration technology is all the rage these days in high performance computing. With the emergence of GPGPUs into the mainstream, a whole new sub-industry has coalesced around acceleration solutions based on the latest GPUs. Maxeler Technologies, however, has made a nice living delivering FPGA acceleration to a rather elite customer base.
HPC cluster maker Appro has unveiled the HF1 server, a purpose-built box aimed at the high frequency trading business. The new server incorporates overclocked Intel Xeon “Westmere” CPUs and a self-contained liquid cooling system to deliver the best dual-socket performance this side of a tricked-out gaming machine. Although the risky design isn’t geared for mainstream HPC users, for high frequency traders, it may be just the kind of gamble they are comfortable with.
High frequency trading (HFT), often called algorithmic or low latency trading, relies on fast computers and even faster networks to execute trades in sub-second and even sub-millisecond timeframes. It has generated massive profits for those firms skilled enough to handle the complexities of the software and hardware. As such, it has become the dominant method for equity trading in the US, but it’s popularity is expanding worldwide, especially Asia. HPCwire got the opportunity to ask Chuck Chon, chief technology officer of SBI Japannext, about the HFT business in Japan.
The bar for what qualifies as a fast connection or “low latency” networking has always been higher in finance than in other areas of corporate networking. It’s never been quite this high, however.
Analysts uncover evidence of high frequency trading shenanigans.
Investigators struggle to ascertain role of computerized trading in stock market plunge.
Role of high frequency trading in market crash still unclear.
Algorithms, not hardware, will determine who has the fastest systems on Wall Street.
Voltaire has announced the Grid Director 4036E, a new QDR InfiniBand switch that includes a built-in Ethernet gateway. As such, it acts as a network bridge that hooks together QDR InfiniBand and 10 GigE infrastructure, all implemented inside a 1U box.