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| DSX-CAP |
| Manufacturer: ADC |
| The DSX-CAP-BEST is a 100, 5-wire termination DSX cross-aisle panel.
The panel includes two 1.25-inch by 2-inch vertical jumper rings, two 4-inch by 4-inch horizontal jumper rings, two 2-inch by 2-inch standoff brackets, removable wire trough and fanning strips below the terminals in the front. The panel mounts flush in a 23-inch (58.4 cm) rack. ... |
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| Dual-feed 4/10 TPC/GMT Fuse Panel |
| Manufacturer: Telect |
| Handle up to 350A feeds and maintain traditional low-current distribution in one compact system with Telect’s TPC/GMT fuse panel. Each TPC fuse is rated as a disconnect device to simplify maintenance—a feature usually limited to larger fuse styles or circuit breakers.
*Note: Panels ship without fuses. Order fuses separately.
Features
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| Motorola N2U-OA300 |
| Manufacturer: Motorola |
| Optimized for Passive Optical Networks (PON) and Large Distribution Systems applications. These high-performance, RoHS compliant optical amplifiers provide a low noise figure and an optimal output power at the operating wavelengths between 1544nm and 1562nm. The OA300 series is a 2RU rack-mount NEBS Level 1 certified unit. Powering options include ... |
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| Motorola Ominstar® GX2 |
| Manufacturer: Motorola |
| Optical Broadband Transmission Platform
The OmniStar GX2 provides increased module density, while continuing the OmniStar legacy of scalability, performance and flexibility. The four rack-unit chassis accepts up to 16 plug-n-play application modules minimizing headend space requirements. With superior 1310nm and 1550nm products, the OmniStar GX2... |
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| Motorola Ominstar® GX2 GX2-LM1000B Series |
| Manufacturer: Motorola |
| Broadcast Transmitter 1310 nm
The OmniStar GX2-LM1000B Broadcast Transmitter utilizes a high-power DFB laser, an integrated low-noise preamp, state-of-the-art predistortion and anticlipping circuitry. The compact, energy-efficient design allows up to 16 plug-n-play transmitter modules to operate in the four rack-unit OmniStar GX2 housing, minimi... |
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| Motorola OMNISTAR GX2 GX2-EM870 Series |
| Manufacturer: Motorola |
| 1550 nm Broadcast Transmitter
The OmniStar GX2-EM870 series of 1550 nm Broadcast Transmitters uses advanced optical linearization
technology to provide low noise and superior distortion performance.
The suite of products satisfies various applications: full band loading or split band loading, super trunking or distribution to nodes, long-di... |
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| Motorola OMNISTAR® GX2 GX2-OA100B SERIES |
| Manufacturer: Motorola |
| Optical Amplifier
Network applications of the Motorola OmniStar GX2- OA100B Series Optical Amplifiers include in-line optical amplifiers for long-haul trunks and DWDM architectures, as well as applications for direct distribution to multiple nodes. The GX2-OA100B Series Optical Amplifiers are designed for use with the OmniStar® GX2 1550 nm direc... |
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| Motorola OMNISTAR® GX2 GX2-RX200BX2 |
| Manufacturer: Motorola |
| Dual Return Path Receiver
With two independent receivers in the module, the OmniStar GX2-RX200BX2 return path receiver module provides a high-density solution for advanced upstream video and data traffic. The wide optical input power range can accommodate today’s evolving networks with varying link budgets. An integrated low-noise pre-amplifie... |
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| Motorola OMNISTAR® GX2-RX1000B |
| Manufacturer: Motorola |
| Forward Path Receiver
The Omnistar GX2 forward path receiver is designed for headend and hub applications using 1310 or 1550 nm wavelengths. Gain and slope controls are provided to easily accommodate varying link budgets as well as headend splitting and cabling needs. The GX2-RX1000B provides a high-density solution for high bandwidth downstream... |
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| OCMX-C Modular Coarse Wavelength Division Multiplexing |
| Manufacturer: TE Connectivity |
| The coarse wavelength division multiplexing technique combines (or multiplexes) two or more signals with different wavelengths in one common fiber. The same components can also be used to separate the wavelengths (de-multiplexing) at the remote location. The OCM modular packaging provides a robust and simple method for integrating these devices int... |
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