PLANET GTP-805A 802.3at PoE 10/100/1000BaseTX to 1000FX Media Converter (SFP, PoE)

The PLANET GTP-80x Series PoE Gigabit media converter is designed to meet the trend that more and more PoE PD devices need higher power input and long-distance transmission. They comply with the brand-new IEEE 802.3at standard and support a maximum of 30 watts output power. These converters support conversion between 1000BASE-X Ethernet signal and 10/100/1000BASE-T Ethernet signal, which allow two types of segments to connect easily. These converters accept various types of Ethernet Media on an RJ-45 port and offer stable Gigabit fiber performance. Plus, the metal case is strong and durable enough to withstand the rigors of harsh environments.

The Best Data Link and Power Sourcing Solution

The GTP-80x series is a Single-Port, Mid-Span IEEE 802.3at High Power over Ethernet converter designed specifically to satisfy the growing demand for higher power required network equipment such as PTZ (Pan, Tilt & Zoom) network cameras, PTZ speed dome, color touch-screen VoIP telephones, multi-channel (IEEE 802.11a / b / g / n) wireless LAN access points and other network devices that need higher power to function normally. The GTP-80x High Power over Ethernet converter series is an ideal solution to delivering data and power to network devices directly via the RJ45 Port interface without the need for installing extra power outlets and electrical cabling.

Fiber-Optic Link Capability Extends the Range of Network Deployment

The maximum distance between the PoE PSE and PD is 100 meters. To extend the network device deployment range, the GTP-80x is integrated with Fiber interface. The GTP-80x PoE+ Media Converter is used to convert optical Ethernet signal to electrical Ethernet signal that allows two types of segments to connect easily, efficiently and inexpensively. It can convert 10/100/1000BASE-T signal to 1000BASE-X one and provide the diverse options of fiber connecting types to meet different network applications.

The GTP-80x series and its fiber connecting type includes:

• GTP-802: SC Fiber Interface with Multi-mode, Distance up to 220m and 550m
• GTP-802S: SC Fiber Interface with Single-mode, Distance up to 10km
• GTP-805A: LC Fiber Interface, supports Multi / Single Mode SFP module, Distance up to 120km max. (Varying on SFP module)

With the long Fiber distance support, it still sustains the transmission performance as high as 1000Mbps. It works in high performance Store-and-Forward mechanism, and also can prevent packet loss with IEEE 802.3x Flow Control (Full-Duplex) and the LFP (Link Fault Pass through function) (LLCF/LLR) with the DIP Switch design. Furthermore, it can immediately alert the administrators to the issue from the link media and provide efficient solution to monitoring the network power usage.

Quick and Easy High Power PoE Network Deployment

The GTP-80x series provides 52V DC power over Ethernet cables -- just insert DC voltage into Cat.5/5e/6 cable, allowing the cable between the PoE splitters (POE-151S / POE-152S / POE-162S) to transfer data and power simultaneously for up to 100 meters. Then it will spilt the digital data and the power into two kinds of selectable DC outputs (5V DC / 12V DC) or (12V DC / 24V DC).Thus, it reduces cables and the dedicated electrical outlets on the wall, ceiling or any unreachable place. Most of all, it also eliminates the time for installation. The high Power over Ethernet solution frees the security IP camera and wireless AP deployment from restrictions of power outlet locations.

Applications

Flexible and User-Friendly PoE Deployment

For the places difficult to find the power outlet, the GTP-80x series provides the easiest way to power your Ethernet devices such as PLANET IEEE 802.3at / IEEE 802.3af PoE splitter (POE-151S / 152S / 162S) and non PoE compliant Internet camera or wireless PoE access point. For instance, users can flexibly install the security IP camera, wireless access point and other IEEE 802.3at / IEEE 802.3af compliant network equipment around the corner in the public areas such as station or freeway for surveillance demands, or build a wireless roaming environment on the campus or at the airport.