Вебинар: Механизмы в SAST-решениях для выявления дефектов из OWASP Top Ten - 12.03
| Component | FPGA Latency | PTE Latency | Notes | | :--- | :--- | :--- | :--- | | Serializer/Deserializer (SerDes) | 5 ns | 0 ns | No O/E/O conversion in PTE | | Logic Gate Depth (10 gates) | 2 ns (200ps/gate) | 0.1 ns (10ps/gate) | Optical gates are near-instant | | Routing/Buffer | 10 ns | 2 ns | Optical buffers using slow light | | | ~17 ns | ~2.1 ns | 87% reduction |
No discussion of a is complete without dissecting latency arbitrage. This strategy exploits the fact that the same market event (e.g., a large buy order on the NYSE) is seen by different exchanges at slightly different times.
Photon Trading represents the asymptotic limit of latency arbitrage. While current technology cannot produce a fully functional all-optical trading engine due to memory and yield constraints, hybrid "opto-electronic" FPGAs are already entering production (e.g., Ayar Labs, Lightmatter). Within five years, we expect the first exchange to offer a "photonic direct feed," reducing the software-to-software latency to under 5 nanoseconds. The era of the electron in finance is ending; the era of the photon is beginning.
The "Photon Trading" methodology, often distributed as a comprehensive trading plan PDF , is a mechanical trading system built primarily around Smart Money Concepts (SMC) Supply and Demand (S&D) Mechanical Market Structure
| Component | FPGA Latency | PTE Latency | Notes | | :--- | :--- | :--- | :--- | | Serializer/Deserializer (SerDes) | 5 ns | 0 ns | No O/E/O conversion in PTE | | Logic Gate Depth (10 gates) | 2 ns (200ps/gate) | 0.1 ns (10ps/gate) | Optical gates are near-instant | | Routing/Buffer | 10 ns | 2 ns | Optical buffers using slow light | | | ~17 ns | ~2.1 ns | 87% reduction |
No discussion of a is complete without dissecting latency arbitrage. This strategy exploits the fact that the same market event (e.g., a large buy order on the NYSE) is seen by different exchanges at slightly different times. photon trading pdf
Photon Trading represents the asymptotic limit of latency arbitrage. While current technology cannot produce a fully functional all-optical trading engine due to memory and yield constraints, hybrid "opto-electronic" FPGAs are already entering production (e.g., Ayar Labs, Lightmatter). Within five years, we expect the first exchange to offer a "photonic direct feed," reducing the software-to-software latency to under 5 nanoseconds. The era of the electron in finance is ending; the era of the photon is beginning. | Component | FPGA Latency | PTE Latency
The "Photon Trading" methodology, often distributed as a comprehensive trading plan PDF , is a mechanical trading system built primarily around Smart Money Concepts (SMC) Supply and Demand (S&D) Mechanical Market Structure While current technology cannot produce a fully functional