Syrotech Gopon 8 Port OLT Unloaded

Price 44800 INR/ Piece

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Syrotech Gopon 8 Port OLT Unloaded Specification

Frequency
50/60Hz

Connectivity Type
GPON

Range
20km

Battery Backup
External UPS Supported

Power Supply
AC 100-240V, Dual Power Supply

Size
Standard

Operating Temperature
-5C to 65C

Mounting Type
Rack Mount

Model
Syrotech Gopon 8 Port OLT

Interface Type
8 GPON SFP Slots, 4 GE Combo Ports

Features
Good Quality

Product Type
Syrotech Gopon 8 Port OLT Unloaded

Application
Telecommunications

Dimension (L*W*H)
442mm x 320mm x 43.6mm

Material
Metal

Weight
5.2kg

Capacity
512 ONT per PON port

Coverage Area
Up to 20km

Cooling
Fan Cooling

Switching Capacity
128Gbps

MAC Address Table
64K

VLAN
4K VLAN Supported

Redundant Power Supply
Supported

Management Mode
SNMP, Telnet, CLI, Web

Forwarding Rate
96Mpps

Power Consumption
<60W

Backplane Bandwidth
148Gbps

Max Splitting Ratio
1:128

Syrotech Gopon 8 Port OLT Unloaded Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
10 Pieces Per Week

Delivery Time
7 Days

About Syrotech Gopon 8 Port OLT Unloaded

L3 EPON OLT products are 1U height 19-inch rack mount products. The features of the OLT are small, convenient, flexible, easy to deploy, high performance. It is appropriate to be deployed in compact room environment. The OLTs can be used for "Triple-Play, VPN, IP Camera, Enterprise LAN and ICT applications.

Comprehensive Network Management

The Syrotech Gopon 8 Port OLT is equipped with multiple management modes including SNMP, Telnet, CLI, and Web interfaces, enabling flexible and efficient network administration. These options allow administrators to configure, monitor, and troubleshoot the OLT easily from any location, whether remotely or onsite, streamlining maintenance processes.

High Performance and Scalability

With a switching capacity of 128Gbps, support for 4K VLANs, and a MAC address table of 64K, this OLT is suitable for enterprise and telecom providers demanding high-speed, scalable solutions. Its maximum splitting ratio of 1:128 ensures extensive reach and connection density without compromising performance.

Reliable Infrastructure for Critical Applications

The OLT features redundant dual power supply and fan-based cooling, minimizing downtime and ensuring stable operation even in challenging environments. Its robust metal construction, standard rack mount size, and compatibility with external UPS systems make it a dependable choice for mission-critical deployments across various sectors in India.

FAQ's of Syrotech Gopon 8 Port OLT Unloaded:

Q: How do I manage the Syrotech Gopon 8 Port OLT?

A: This OLT supports several management options, including SNMP, Telnet, CLI, and a web interface, which means you can configure and monitor your network locally or remotely-offering flexibility for IT teams and network operators.

Q: What is the maximum coverage area and capacity of this OLT?

A: The Syrotech Gopon 8 Port OLT can cover distances up to 20km and accommodates up to 512 ONTs per GPON port, guaranteeing wide coverage and high user density for expansive deployments.

Q: When should I use external UPS with this OLT?

A: External UPS support ensures uninterrupted operation during power outages. It's advisable to connect an external UPS in environments where power reliability is critical, such as telecom centers or enterprise networks.

Q: Where can this OLT be installed?

A: Thanks to its standard rack-mount size (442mm x 320mm x 43.6mm) and robust metal construction, it can be installed in data centers, telecom rooms, or any industrial setup requiring high-capacity optical network infrastructure.

Q: What process should I follow to configure VLANs on this OLT?

A: VLAN configuration can be managed via CLI, Web, or SNMP interfaces. The device supports up to 4,000 VLANs, allowing efficient network segmentation by following the OLT's built-in management instructions for VLAN assignment and policy setup.

Q: How does redundant power supply benefit my network?

A: The redundant dual power supply minimizes service disruptions. If one power module fails, the second instantly takes over, maintaining network stability and uptime vital for telecom and large enterprise applications.

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