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Moonstone is an advanced laser source offering both single and multi-wavelength capabilities. Crafted for high-power applications, this laser source stands out due to its compact structure and cost-effectiveness compared to traditional laser diode packages. It is crafted using a free-space optical assembly technique that integrates off-the-shelf laser chips with customized packaging for enhanced thermal control and coupling efficiency. With a design that allows a range of wavelengths, Moonstone supports various applications such as telecommunications, LIDAR, and data communication systems by providing a reliable and efficient source of laser power. The laser source's state-of-the-art packaging and precision engineering offer a micro-footprint, enabling its use in space-constrained environments with diverse operational specifications. Its role in driving forward optical computing and communication solutions is a testament to its versatility and pioneering design.
Photowave provides cutting-edge optical communications solutions specifically designed to cater to PCIe and Compute Express Link (CXL) connectivity needs. This innovative communications hardware capitalizes on the inherent latency and energy efficiency advantages of photonics, facilitating scalable data center resource management across server racks. This optical interconnect solution introduces a new paradigm in composable data center architectures. With support for the latest PCIe Generation 5.0 standards, Photowave achieves remarkable data transfer rates while keeping power consumption and latency within operationally efficient thresholds. The specialized optical hardware is versatile, supporting active optical cables with bifurcation capabilities for single, dual, and quad-channel configurations. It’s ideally suited for enhancing memory expansion, significantly boosting workload performance for AI models through its integration with advanced servers and memory modules.
HUMMINGBIRD is a revolutionary optical network-on-chip processor aimed at addressing demanding AI workloads. By integrating a photonic and electronic die into a single package through advanced vertically stacked packaging technology, it offers a breakthrough approach for overcoming the limitations of memory bandwidth and latency. This innovative design allows integration with silicon photonics, enabling an all-to-all data broadcast network across multiple cores of an AI processor chip. This setup substantially enhances communication efficiency, reducing both power usage and latency. Unlike traditional networks, HUMMINGBIRD's architecture allows for improved density scaling and mapping freedom for computational tasks. Its co-packaging in a PCIe form factor makes HUMMINGBIRD suitable for high-performance data centers, providing interoperability and support for AI tasks through the Lightelligence Software Development Kit (SDK). This system not only facilitates superior workload management but also sets a new standard for high-performance computing solutions in data centers.
The Photonic Arithmetic Computing Engine (PACE) is Lightelligence's groundbreaking integrated photonic computing platform. At its core is a 64x64 optical matrix multiplier, combining an advanced silicon photonic chip with a CMOS microelectronic chip, both meticulously flip-chip packaged into a single unit. With the incorporation of over 12,000 discrete photonic devices, the platform operates at a clock speed of 1GHz. PACE is known for its optical multiply-accumulate (oMAC) capability, where input vectors are converted from digital into optical signals. These optical signals navigate through the matrix, producing output results that are converted back into digital form. This unique process significantly reduces latency and boosts energy efficiency compared to traditional electronic computation methods. The platform's ability to efficiently process complex computational problems, such as the Ising problem, showcases its potential in bioinformatics, route planning, and material research & development. Lightelligence's PACE is also optimized for scalability, offering a robust solution for accelerating various algorithms used in modern computing tasks.
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