Fiber Patch Panel_GPX10
ADTEK provides slide rail fiber optic patch panel with aluminum alloy slide-way pulling design,easy to pull,self-locking function by smoothning,wiring rack top cover can be removed, the plate can be opened, both sides of the box are equipped with outlets and protection of the coil fiber; 72 core wiring saves wiring space effectively and reduces wiring costs; to provide the best user experience by simplifying installation and maintenance,convenient access and reliable fiber optic performance. Meanwhile,our solution supports high-speed 40G/100 G Ethernet by adopting the latest parallel optical technology.
Product
Fiber Patch Panel_GPX10
- Modular design provides high flexibility and selectivity for future network growth
- High density wiring design saves wiring space and reduces wiring cost
- Pre-terminated, plug-and-play, to reduce on-site deployment costs
- Smooth and flexible slide design operation enables self-locking function
- The plate can be opened and the cover plate can be disassembled for convenient installation and maintenance
- Supports high speed IEEE802.3ba and 40G/100G speed data Ethernet applications
Application Environment
Product
Application Environment
Fiber Patch Panel_GPX10
- Data Centers
- Telecommunications Networks
- Enterprise Networks
Specifications
Product
Specifications
Order Guide
Product information
Order Guide
Fiber Patch Panel_GPX10
Ⅰ. Fiber Patch Panel - Loaded Cassette/Adapter Plate
GPX10-R10303 | ||||
P/N | Rack Spaces | Dimensions (W×D×H),mm | Material | Loaded cassette/adapter/adapter plate |
GPX10-R10303 | 1U | 482.6×353.2×44 | SPCC, Powder Coating | Accepts up to 3 LGX Fiber Adapter Plates or 3 LGX Cassettes |
GPX10-R10303 With 3×LGX Fiber Adapter Plates | GPX10-R10303 With 3×LGX Cassettes |
Ⅱ. Fiber Adapter Plate
Fiber Adapter Plate snap quickly into the patch panels and enclosures for easy network deployment or moves, adds, and changes.
FP-LGX-06P06 | LU | A1 |
Connector type | Fiber mode | |
LU: LC/UPC | A1: G.657.A1 | |
LA: LC/APC | M3: OM3 | |
M4: OM4 | ||
FP-LGX-06P06 | LGX Fiber Adapter Plate, 6× LC Quad (Flangeless) | |
FP-LGX-06P07 | LGX Fiber Adapter Plate, 6× LC Quad (Flange ) | |
FP-LGX-12P02 | LGX Fiber Adapter Plate, 12× LC Duplex (Flangeless) |
FP-LGX-06P07-LU-A1 | FP-LGX-06P06-LU-A1 |
Ⅲ . Fiber Optic Pigtail
FOP | LU | A1 | S |
12F 0.9 Fiber Optic Pigtail 1M | Connector type | Fiber mode | Grade |
LU: LC/UPC | A1: G.657.A1 | S: Standard loss | |
LA: LC/APC | M3: OM3 | E: Elite loss | |
M4: OM4 |
Ⅳ. MPO Cassettes
Fiber cassettes interconnect with high density fiber cable assemblies for building backbones, data centers, enterprise and multiple applications.-
LGX-1M06P07 | LU | A1 | S | A |
Connector type | Fiber mode | Grade | Method | |
LU: LC/UPC | A1: G.657.A1 | S: Standard loss | A: Type A | |
LA: LC/APC | M3: OM3 | E: Elite loss | B: Universal B | |
M4: OM4 | C: Type C | |||
LGX-1M06P07 | LGX Cassette, 1×MPO Adapter – 6×LC Quad Adapter (Flange ) , 1×MPO(Male) 24F Cable | |||
LGX-2M06P07 | LGX Cassette, 2×MPO Adapter – 6×LC Quad Adapter (Flange ) , 2×MPO(Male) 12F Cable | |||
LGX-3M06P07 | LGX Cassette, 3×MPO Adapter – 6×LC Quad Adapter (Flange ) , 3×MPO(Male) 8F Cable | |||
LGX-1M12P02 | LGX Cassette, 1×MPO Adapter – 12×LC Duplex Adapter (Flangeless) , 1×MPO(Male) 24F Cable | |||
LGX-2M12P02 | LGX Cassette, 2×MPO Adapter – 12×LC Duplex Adapter (Flangeless) , 2×MPO(Male) 12F Cable | |||
LGX-3M12P02 | LGX Cassette, 3×MPO Adapter – 12×LC Duplex Adapter (Flangeless) , 3×MPO(Male) 8F Cable |
LGX-1M06P07-LU-A1 | LGX-1M06P07-LU-M3 | LGX-1M06P07-LU-M4 | |
LGX-2M12P02-LU-A1 | LGX-2M12P02-LU-M3 | LGX-2M12P02-LU-M4 | LGX-Rear Riew |
Note:
- MPO Connector (Single Mode): APC as default
- Polarity is managed inside of the cassette
- All MPO connections utilize “Key-up to Key-down” adapters
- MTP® brand is available
Contact US
Thank you for your interest! If you’d like to get more product information, feel free to contact us anytime. Our sales team will be eager to assist you. We appreciate your support and look forward to working with you in the near future.