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Hardware implementation of lossless data compression is important for optimizing the capacity/cost/power of storage devices in data centers, as well as communication channels in high-speed networks. In this work we use the Open Computing Language (OpenCL) to implement high-speed data compression (Gzip) on a field-programmable gate-arrays (FPGA). We show how we make use of a heavily-pipelined custom hardware implementation to achieve the high throughput of~3 GB/s with more than 2× compressiondoi:10.1145/2664666.2664670 dblp:conf/iwocl/AbdelfattahHS14 fatcat:wswzkt2mefazlbt5zwmabogela