Connecting AI Chips with Light to Empower Endless Possibilities

Mission

Samba's mission is to revolutionize AI chip connectivity through innovative optical interconnects, focusing on external optical I/O interfaces. By enhancing data transfer speed and efficiency, Samba aims to transform data centers, reduce latency, and increase bandwidth. Committed to advancing silicon photonics in AI computing, Samba seeks to push technological boundaries. By fostering collaboration and innovation, Samba aims to set new standards for AI chip connectivity, enabling endless possibilities in the tech landscape.

Vision

Altitude:

Samba Labs, a cutting-edge optical technology company established to push the boundaries of the physical world, is dedicated to bringing new value and corresponding product implementation solutions to the industry. We primarily focus on enhancing system efficiency and AI computing power by leveraging optical integration technology and optimizing the conversion of optical and electrical signals, all while maintaining low power consumption and cost.

Samba Labs develops optimized optical designs to increase transmission distances, improve signal error rates, reduce channel latency, and enhance overall computing power. We promote the concept of low power consumption, low latency, low cost, and low failure rates.

Challenging the Physical Limits of Optics and Value Objectives:

By leveraging the commonalities and specialties of optics, we address issues related to signal errors, latency, bandwidth, power consumption, and cost. Utilizing mature industrial technologies of today, we perform targeted optimizations at the dynamic processing level of optical signals. Combined with automated assembly processes to ensure mass delivery.

Method:

Redesign the optical path using optical integration technology to maximize the efficiency of the link, and work in conjunction with circuits and GPU chips through the conversion of optical and electrical signals to achieve optimization of computing power, power consumption, and cost.

Leveraging The Power of Optical Systems

Samba Labs' Objectives:

1. Increase the computing power of existing equipment more than 10% through the comprehensive effect resulting from the reduction of channel latency.

2. Unchanged power consumption: The optimization of the optical path will not increase power consumption.

3. Unchanged infrastructure: All these improvements are to be made without altering the existing customer infrastructure.

Product Implementation:

1. All-in-One Lens System: For interconnecting optical fibers in the 850, 1310, and 1550 wavelength bands to increase transmission distances from 50 meters to 150 meters, solving the bottleneck of transmission distances in optical fibers.

2. Select the appropriate optical path channel: Improve signal error rates, reduce channel latency, expand fault tolerance, ensure assembly efficiency, and achieve long-term output stability.

3. Utilization of polarization: Stokes vector modulation and demodulation techniques opens a new dimension for putting data per symbol to greatly enhance symbol efficiency and increase the data throughput.

4. O/E Cable: A plug-and-play Active Optical Cable (AOC) to meet the required technical specifications.

The core of Samba Labs' technology lies in adopting state-of-art industrial technologies of today to optimize the dynamic transmission system of optical signals, achieving increased transmission distances, improved signal error rates, reduced channel latency, and enhanced overall computing power, while promoting the concept of low power consumption, low latency, low cost, and low failure rates.