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Products
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OrbitX
Clouds Solution
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SynapseX
Acceleration Solution
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NeuronX
Computing Solution
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OrbitX Clouds Solution
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Supporting IEEE, OIF, ITU-T, OpenZR+, OpenRoadm and various module MSA protocols.

lnteroperability
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Supporting DCN, DCI, Metro, Long-haul, submarine and other applications.

versatility
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lntelligence

Supporting automatic calibration of device compensation parameters, real-time monitoring of channel stress and performance, abnormal diagnosis and prediction.

Series A Brief
  • 400G/800G based on QSFP-DD for long-distance solutions will be released in Q4 2024.

  • 800G/1.6T based on OSFP for long-distance solutions will be released in 2025.

Series B Brief
  • 800G/1.6T based on QSFP-DD for short-distance solutions will be released in 2025.

  • 3.2T based on OSFP for short-distance solutions will be released in 2026.

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SynapseX Acceleration Solution
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Supporting PCIE, CXL, ETH lite, UCIE.

Multi-protocol
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Performance

High bandwidth density > 1Tb/mm
Low latency < 10ns
Low power < 1pJ/bit

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Scalability

Scalable accelerated computing with all optical interconnect solutions, covering various distance requirements including chips, boards, racks, clusters, campus, etc.

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Brief
  • Offering optical interconnect interfaces for T bits data, achieving high-speed, low-power consumption data transmission.

  • Integration of multi-channel electro-optic modulators for high throughput parallel data transmission.

  • Coordinated with various optical switching technologies to achieve low-latency data exchange and transmission.

  • Supporting scalable all optical interconnection within 40 kilometers.

  • Will be released in 2025.
     

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NeuronX Computing Solution
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Latency
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Parallel Computing
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Energy Efficiency
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Brief
  • Based on customized low-power matrix multiplication and accumulation to achieve AI computation, the energy efficiency will be doubled.

 

  • Based on optical computing, integrating Synapsex, an scalable all-optical interconnection solution, exploring a 1000x improvement in energy efficiency, and the AOCS prototype.

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