In the era of high-definition imagery and real-time processing, industrial-grade custom video capture cards are no longer limited to the field of gaming or basic live streaming. Today, global sectors—ranging from advanced medical visualization to high-speed aerospace modeling and autonomous traffic monitoring systems—require specialized capture hardware engineered to work round-the-clock under severe environmental stresses. Enterprise clients must demand zero frame loss, low CPU overhead, and hardware-embedded latency management to secure mission-critical data pathways.
Standard consumer capture components lack the specialized firmware features (like EDID emulation, loop-through latency compensation, and direct multi-card scaling) that industrial applications rely on. CoreByte meets this challenge by manufacturing robust video capture modules featuring customizable FPGA/ASIC frameworks. By utilizing high-reliability components, optimal thermal copper-based designs, and customizable firmware architectures, our solutions operate continuously, presenting unmatched reliability for international OEMs, digital medical imaging equipment, and security integrators.
Customizable FPGA logic units allow OEMs to configure hardware-level scaling, crop matrices, overlays, and color space transformations (such as YUV 4:4:4 or RGB24) directly within the hardware chip, drastically reducing driver CPU cycles and system latency.
Utilizing high-bandwidth PCIe Gen3/Gen4 pipelines to transfer frames directly into the host system memory without passing through the central CPU cache. Ideal for multi-channel 4K/8K frame grabbers running continuous loops.
Designed with customized structural options, including passive copper heat sinks, dynamic 4-pin PWM fans, and shockproof board layouts. Built to handle extreme operating parameters from -10°C up to +70°C.
Established in 2016, CoreByte Storage Technology Co., Ltd. has flourished into a premier manufacturer specializing in high-performance memory configurations and advanced OEM board solutions. Over nearly a decade, we have consolidated our state-of-the-art infrastructure, integrating advanced PCB design capabilities, component routing expertise, and structural thermal tuning strategies to serve critical industries.
Our modern manufacturing facility features a building footprint of 320㎡, fully optimized for high-precision SMT (Surface Mount Technology), automated inspection, and custom firmware flashing. Backed by an export network yielding USD 12 million annually and deep semiconductor supply chain integrations, we ensure that every custom card we export conforms to rigid quality metrics.
"By merging memory hardware stability with bespoke video processing technologies, CoreByte offers a complete ecosystem of OEM capture devices built for high-throughput data processing and prolonged lifecycle support."
Every custom PCB board, high-speed RAM bank, and custom video capture unit manufactured in our facilities undergoes continuous verification protocols. Our QA team, consisting of 45 dedicated inspectors, maintains an absolute commitment to device compliance and flawless field operations.
Our engineers perform detailed signal integrity and power delivery simulations to check trace impedance and prevent EMI issues before fabrication begins.
State-of-the-art camera systems scan SMT components post-reflow to verify solder joint integrity, placement precision, and polarity alignment.
Assembled hardware is run under maximum load within high-temperature chambers for up to 48 hours to weed out early semiconductor failures.
Each unit is verified for signal capture, resolution scaling, frame rates, and protocol compliance (HDMI, SDI, PCIe, USB UVC) prior to anti-static packaging.
Navigating global electronics distribution requires a deep knowledge of dynamic customs regulations, trade compliance, and regional standards. CoreByte manages an expansive trade framework spanning North America, Europe, Southeast Asia, and the Middle East. We utilize our network of 1,200 supply chain partners to maintain consistent access to high-grade chipsets, ensuring pricing stability and reliable production cycles even during material shortages.
All of our hardware designs undergo rigorous certification. Our products carry CE, FCC, and RoHS certifications, verifying electrical safety, electromagnetic compatibility, and environmentally conscious design standards. To facilitate smooth shipping processes, we handle everything from comprehensive freight documentation to customized compliance labeling and ESD-safe commercial packaging.
Furthermore, we understand that integration requires extensive software support. CoreByte provides comprehensive SDK development packages containing fully documented C++, C#, and Python APIs, alongside kernel drivers for Linux and Windows systems. Whether you are integrating capture modules into surgical imaging carts, high-performance edge computing units, or unmanned broadcasting kiosks, our engineering team is ready to deliver fast, reliable technical support.
CoreByte
