PCIe 5.0 x16 Male LSE(Left Side Exit) to x16 Female RSE(Right Side Exit) Extension Cable

The PCIe 5.0 x16 Male LSE (Left Side Exit) to x16 Female RSE (Right Side Exit) Extension Cable is an advanced high-performance interconnect solution designed for sophisticated computing systems requiring mirrored opposite-side cable routing configurations. This specialized cable features a Left Side Exit male connector combined with a Right Side Exit female connector, creating a unique cross-system routing path while delivering full PCIe 5.0 performance. Engineered for complex system architectures, specialized server applications, and innovative PC builds, this mirrored opposite-side exit solution enables strategic cable management approaches that optimize chassis layouts and enhance overall system organization.

Features

• Mirrored Opposite-Side Exit Configuration: Combines Left Side Exit male connector with Right Side Exit female connector for strategic cross-system cable routing
• Full PCIe 5.0 Performance: Supports data rates up to 32 GT/s per lane, delivering total bandwidth of 512 Gbps for next-generation computing devices and accelerators
• Optimized Cross-Chassis Routing: LSE to RSE configuration enables cable paths that navigate around central components and optimize internal space utilization
• Enhanced Signal Integrity: Precision engineering with controlled impedance and advanced materials ensures stable data transmission through the opposite-side exit path
• Strategic Space Utilization: Enables cable routing around motherboard components, cooling systems, and through specific channels inaccessible to traditional same-side cables
• Reinforced Opposite-Side Construction: High-quality materials with robust strain relief provide long-term reliability in complex installation scenarios
• Advanced EMI/RFI Protection: Comprehensive shielding technology maintains signal integrity in high-frequency PCIe 5.0 operating environments

Specifications

• Host Connector: PCI Express 5.0 x16 Male, Left Side Exit
• Target Connector: PCIe 5.0 x16 Female, Right Side Exit
• Supported Standard: PCI-SIG PCIe 5.0 Base Specification
• Data Rate: 32.0 GT/s per lane (PCIe 5.0)
• Total Bandwidth: 512 Gbps (x16 lanes)
• Exit Configuration: LSE Male to RSE Female mirrored opposite-side design
• Cable Type: Shielded twin-axial with low-loss dielectric material
• Cable Length: 200mm, 250mm, 300mm standard options
• Operating Temperature: 0°C to +70°C
• Storage Temperature: -40°C to +85°C
• Durability Rating: 10,000 mating cycles
• Contact Material: Gold-plated contacts for optimal signal transmission characteristics

Applications

• Advanced System Architecture: Ideal for complex computing systems requiring specific mirrored opposite-side cable routing to navigate around central components and internal structures
• Custom Enclosure Designs: Perfect for modified cases and specialized enclosures where mirrored opposite-side exit configuration provides optimal cable pathing around unique internal layouts
• Data Center Infrastructure: Suitable for enterprise servers and rack-mounted systems requiring specific cable routing patterns that benefit from mirrored opposite-side exit capabilities
• Multi-Component Configurations: Excellent for systems with multiple high-performance components where mirrored opposite-side routing helps prevent cable congestion and improves thermal management between devices
• Professional Computing Workstations: Appropriate for high-end workstations where specific cable routing requirements demand mirrored opposite-side exit solutions for optimal internal organization
• Vertical Mounting Implementations: Supports advanced vertical GPU installations in modern cases where mirrored opposite-side exit routing provides superior cable presentation and management
• Engineering Development Environments: Valuable for prototyping and testing platforms requiring flexible cable routing options for validating different system configurations and integration approaches
• Premium Showcase Systems: Perfect for exhibition computers and technology demonstrations where innovative mirrored opposite-side cable routing showcases sophisticated engineering solutions and exceptional attention to system organization detail