T5C-24T

Ultra-Compact High-Density 10/100/1000 Ethernet Routing Switch

Telco System's T5 Compact 10/100/1000 Ethernet Routing Switch provides high performance in a super-compact, super-efficient size. The T5 Compact's small size, only 1RU in height, combines the capacity of physically larger backbone switches with the economy of workgroup switches. 

Very high port density means that a single T5 Compact Routing Switch can support 2 Gigabit Ethernet 10/100/1000 ports, 2 Gigabit Ethernet plug-in (SFP) ports, and 24 or 48 auto-sensing 10/100BaseTX ports. 

The T5 Compact Routing Switch is the optimal platform for many applications, from the Metro access arena to the Metro edge and enterprise boundaries. Data centers, server farms, wiring closets and other application users can benefit from Its uncompromised standards-compatibility that delivers flawless interoperability, its modular support of various interfaces that guarantees easy upgradeability and scalability, and its feature-rich routing capabilities that make the T5 Compact a versatile, effective platform for any IPbased service. 

Copper Gigabit Ethernet provides cost-effective high-speed uplink and cascading capabilities, and pluggable miniGBIC (SFP) optical Gigabit Ethernet interfaces allow network extension over large distances. Various fiber interfaces for both MM (SX) and SM long-haul Optics, Bi-directional (single fiber usage) and CWDM modules are supported. 

The resident BiNOS (BATM Inter Networking Operating System) operating software anticipates the administration, management, QoS, and security performance requirements of telecom networks by supporting a breadth of IEEE standards and industry conventions, such as Access Control Lists. Hardware based implementation of BiNOS mandated policies enables the T5C Routing Switch to perform Layer 2 switching and Layer 3 routing at wire speed. Field upgrades of BiNOS software from Layer 2 to Layer 3 use a patented procedure that incurs no downtime. 

T5 Compact Routing Switches are fully manageable via SNMP, CLI, or the Web with either In-band (IB) or Out-of-Band (OOB) management tools. The CLI complies with the de facto industry standard and enables administration via a user friendly interface. Web management is made possible by utilizing embedded Java™ based user friendly management technology. 

Administrators can use industry-standard SNMP-based network management systems, or BiNOSCenter. The BiNOSCenter is BATM/Telco Systems EMS/NMS Element/Network Management System and provides the network operator with a state-of-the-art, powerful, SNMP based configuration, monitoring and maintenance platform. The BiNOSCenter can manage any SNMP based element. 

Download the T5C-24T data sheet - PDF Version

Benefits and Features

• Advanced L3, 24+4 or 48+4 full wire speed non-blocking Routing Switch  
• Ultra Compact Size – 1RU height, under 12'' depth  
• 24 or 48 10/100BaseTX ports plus 4 fiber/copper Gigabit Ethernet ports  
• Telecom-grade version with NEBS certification  
• Maximum savings on infrastructure  
• Use a single fiber instead of two!  
• Unique option for plug-in Gigabit Ethernet transceivers, including:  
  
  
  • CWDM, Extra Long-Haul, Bi-Directional and many more... 
  
  
• High level of redundancy including dual AC or DC Power Supplies  
• Embedded All-Telco-Platforms uniform BiNOS Operating System - learn once for all our platforms  
• Enhanced Security and Maximum Protection with:  
  
  
  • SNMPv3, 802.1x, SSH,  
  • RADIUS, Secured Telnet  
  • Advanced Access Control List (ACL) and many more... 
  
  
• IPv4 to IPv6 migration path and awareness  
• Complete Professional Management tools for best control of your network:  
  
  
  • IB and OOB management with CLI (Industry Standard), WEB management via Embedded Java™, and unique Alarms management  
  • HPOV and SNMPc integration keys  
  • BiNOSCenter – your EMS platform 
  
  
• Unique feature-rich support including:  
  
  
  • 802.1p 8 priority queues  
  • DHCP Relay & Server  
  • RMON & Syslog  
  • TLS for E-2-E tunneling  
  • Port trunking  
  • Rate limiting and Traffic Shaping for efficient bandwidth control 
  
  
• Lowest power consumption in the Industry