new trading strategies. Their stack leverages cutting-edge HPC techniques for market data processing and order management. They are using highly modern C++: custom allocators, zero-copy messaging, and SIMD optimization. You'll work directly with quants to translate mathematical models into production trading systems and see the impact of your code on alpha generation. Some of the benefits include More ❯
new trading strategies. Their stack leverages cutting-edge HPC techniques for market data processing and order management. They are using highly modern C++: custom allocators, zero-copy messaging, and SIMD optimization. You'll work directly with quants to translate mathematical models into production trading systems and see the impact of your code on alpha generation. Some of the benefits include More ❯
JOB AD: Our client are an XR company combining AI and Graphics Main Responsibilities: Profile and optimisation (CPU, memory bandwidth, SIMD/vectorization, threading; GPU/accelerator paths where applicable) to meet compression-ratio, latency and throughput targets. Extend and maintain existing C/C++ (C++17 or later) codebases; refactor for reliability, portability and readability. Build automated unit, functional, and More ❯
Cambridge, Cambridgeshire, United Kingdom Hybrid / WFH Options
Arm Limited
and problem-solving skills in complex compiler environments. Experience with LLVM, GCC, or proprietary compiler stacks. "Nice To Have" Skills and Experience: Strong knowledge of Arm architecture, including scalar, SIMD, and vector extensions. Demonstrated success in technical customer engagement, including shared design or solution delivery. Experience in shaping strategic technical relationships or co-engineering efforts with key partners. Comfortable navigating More ❯
understanding of C++ memory model, concurrency, meta-programming and best practices. Experience with network programming using TCP, Websocket Experience with Boost, ZeroMQ, MongoDB, Protobuffer Experience with optimisation using modern SIMD instrument set or GPU programming is a plus More ❯
products are released for use by both customers within their products and directly to the public within our own encoding workflows and players Profile and optimisation (CPU, memory bandwidth, SIMD/vectorization, threading; GPU/accelerator paths where applicable) to meet compression-ratio, latency and throughput targets. Extend and maintain existing C/C++ (C+ or later) codebases; refactor for … Video compression domain background (H.264/AVC, HEVC, VVC, AV1, LCEVC, etc.) or other high-performance media/signal-processing experience (broadcast, streaming, game engines, AR/VR). SIMD/vectorization (SSE/AVX/NEON) and/or GPU compute (CUDA, Metal, Vulkan, DirectCompute) for acceleration. Cross-platform build & packaging (CMake, cross-compilation toolchains, SDK distribution). CI More ❯
products are released for use by both customers within their products and directly to the public within our own encoding workflows and players Profile and optimisation (CPU, memory bandwidth, SIMD/vectorization, threading; GPU/accelerator paths where applicable) to meet compression-ratio, latency and throughput targets. Extend and maintain existing C/C++ (C++17 or later) codebases; refactor for … Video compression domain background (H.264/AVC, HEVC, VVC, AV1, LCEVC, etc.) or other high-performance media/signal-processing experience (broadcast, streaming, game engines, AR/VR). SIMD/vectorization (SSE/AVX/NEON) and/or GPU compute (CUDA, Metal, Vulkan, DirectCompute) for acceleration. Cross-platform build & packaging (CMake, cross-compilation toolchains, SDK distribution). CI More ❯
products are released for use by both customers within their products and directly to the public within our own encoding workflows and players Profile and optimisation (CPU, memory bandwidth, SIMD/vectorization, threading; GPU/accelerator paths where applicable) to meet compression-ratio, latency and throughput targets. Extend and maintain existing C/C++ (C+ or later) codebases; refactor for … Video compression domain background (H.264/AVC, HEVC, VVC, AV1, LCEVC, etc.) or other high-performance media/signal-processing experience (broadcast, streaming, game engines, AR/VR). SIMD/vectorization (SSE/AVX/NEON) and/or GPU compute (CUDA, Metal, Vulkan, DirectCompute) for acceleration. Cross-platform build & packaging (CMake, cross-compilation toolchains, SDK distribution). CI More ❯
products are released for use by both customers within their products and directly to the public within our own encoding workflows and players Profile and optimisation (CPU, memory bandwidth, SIMD/vectorization, threading; GPU/accelerator paths where applicable) to meet compression-ratio, latency and throughput targets. Extend and maintain existing C/C++ (C++17 or later) codebases; refactor for … Video compression domain background (H.264/AVC, HEVC, VVC, AV1, LCEVC, etc.) or other high-performance media/signal-processing experience (broadcast, streaming, game engines, AR/VR). SIMD/vectorization (SSE/AVX/NEON) and/or GPU compute (CUDA, Metal, Vulkan, DirectCompute) for acceleration. Cross-platform build & packaging (CMake, cross-compilation toolchains, SDK distribution). CI More ❯
JOB AD: Our client are an XR company combining AI and Graphics Main Responsibilities: Profile and optimisation (CPU, memory bandwidth, SIMD/vectorization, threading; GPU/accelerator paths where applicable) to meet compression-ratio, latency and throughput targets. Extend and maintain existing C/C++ (C++17 or later) codebases; refactor for reliability, portability and readability. Build automated unit, functional, and … Video compression domain background (H.264/AVC, HEVC, VVC, AV1, LCEVC, etc.) or other high-performance media/signal-processing experience (broadcast, streaming, game engines, AR/VR). SIMD/vectorization (SSE/AVX/NEON) and/or GPU compute (CUDA, Metal, Vulkan, DirectCompute) for acceleration. Cross-platform build & packaging (CMake, cross-compilation toolchains, SDK distribution). More ❯
London, UK Candidates are required to do hybrid working in London. Our client are an XR company combining AI and Graphics Main Responsibilities: Profile and optimisation (CPU, memory bandwidth, SIMD/vectorization, threading; GPU/accelerator paths where applicable) to meet compression-ratio, latency and throughput targets. Extend and maintain existing C/C++ (C+ or later) codebases; refactor for … Video compression domain background (H.264/AVC, HEVC, VVC, AV1, LCEVC, etc.) or other high-performance media/signal-processing experience (broadcast, streaming, game engines, AR/VR). SIMD/vectorization (SSE/AVX/NEON) and/or GPU compute (CUDA, Metal, Vulkan, DirectCompute) for acceleration. Cross-platform build & packaging (CMake, cross-compilation toolchains, SDK distribution). Please More ❯
