Dual Fast Ethernet Point System Slide-In-Module Media Converters
Port 1: 1300nm SM (SC) (80 km)
Port 2: 1300nm SM (SC) (80 km)
Dual Fast Ethernet cards with the CPSMC1850-150 chassis provide a solution for High Density Fast Ethernet applications, Broadband services to Metropolitan Area Networks and crowded data centers or wiring closets. Ideal for organizations challenged by both network demands and storage restrictions.
The dual Fast Ethernet card plugs into an 18-slot Point System chassis with two RJ21 (50 position) connectors on the rear of the chassis. (P/N CPSMC1850-150) Customers can connect to an RJ21 port on their switch or use a hydra cable with RJ45 plugs to connect to standard RJ45 jacks.
Dual Fast Ethernet Point System Slide-In-Module Media Converters
Port 1: Simplex fiber SM 1310nm TX / 1550nm RX (SC) (20 km)
Port 2: Simplex fiber SM 1310nm TX / 1550nm RX (SC) (20 km)
Dual Fast Ethernet cards with the CPSMC1850-150 chassis provide a solution for High Density Fast Ethernet applications, Broadband services to Metropolitan Area Networks and crowded data centers or wiring closets. Ideal for organizations challenged by both network demands and storage restrictions.
The dual Fast Ethernet card plugs into an 18-slot Point System chassis with two RJ21 (50 position) connectors on the rear of the chassis. (P/N CPSMC1850-150) Customers can connect to an RJ21 port on their switch or use a hydra cable with RJ45 plugs to connect to standard RJ45 jacks.
Dual Fast Ethernet Point System Slide-In-Module Media Converters
Port 1: Simplex fiber SM 1550nm TX / 1310nm RX (SC) (20 km)
Port 2: Simplex fiber SM 1550nm TX / 1310nm RX (SC) (20 km)
Dual Fast Ethernet cards with the CPSMC1850-150 chassis provide a solution for High Density Fast Ethernet applications, Broadband services to Metropolitan Area Networks and crowded data centers or wiring closets. Ideal for organizations challenged by both network demands and storage restrictions.
The dual Fast Ethernet card plugs into an 18-slot Point System chassis with two RJ21 (50 position) connectors on the rear of the chassis. (P/N CPSMC1850-150) Customers can connect to an RJ21 port on their switch or use a hydra cable with RJ45 plugs to connect to standard RJ45 jacks.
Dual Fast Ethernet Point System Slide-In-Module Media Converters
Port 1: Simplex fiber SM 1310nm TX / 1550nm RX (SC) (40 km)
Port 2: Simplex fiber SM 1310nm TX / 1550nm RX (SC) (40 km)
Dual Fast Ethernet cards with the CPSMC1850-150 chassis provide a solution for High Density Fast Ethernet applications, Broadband services to Metropolitan Area Networks and crowded data centers or wiring closets. Ideal for organizations challenged by both network demands and storage restrictions.
The dual Fast Ethernet card plugs into an 18-slot Point System chassis with two RJ21 (50 position) connectors on the rear of the chassis. (P/N CPSMC1850-150) Customers can connect to an RJ21 port on their switch or use a hydra cable with RJ45 plugs to connect to standard RJ45 jacks.
Dual Fast Ethernet Point System Slide-In-Module Media Converters
Port 1: Simplex fiber SM 1310nm TX / 1550nm RX (SC) (40 km)
Port 2: Simplex fiber SM 1310nm TX / 1550nm RX (SC) (40 km)
Dual Fast Ethernet cards with the CPSMC1850-150 chassis provide a solution for High Density Fast Ethernet applications, Broadband services to Metropolitan Area Networks and crowded data centers or wiring closets. Ideal for organizations challenged by both network demands and storage restrictions.
The dual Fast Ethernet card plugs into an 18-slot Point System chassis with two RJ21 (50 position) connectors on the rear of the chassis. (P/N CPSMC1850-150) Customers can connect to an RJ21 port on their switch or use a hydra cable with RJ45 plugs to connect to standard RJ45 jacks.
Ethernet Point System 10BASE-T to 10BASE-FL Media Converters
Port 1: 10BASE-T
(RJ-45)
Port 2: 10BASE-FL 850nm MM ST (2 km)
AutoCross™
AutoCross technology eliminates an entire category of network troubleshooting by automatically matching crossed and uncrossed cables to the appropriate connection. The twisted pair port is instantaneously configured to the correct MDI or MDI-X configuration.
LinkAlert™
Because most Ethernet technologies are unable to recognize downlink faults, a failed link may appear normal to network management, requiring unnecessary time devoted to troubleshooting. LinkAlert monitors all physical uplink and downlink failures and enables all faults to be detected by network management.
Ethernet Point System 10BASE-T to 10BASE-FL Media Converters
Port 1: 10BASE-T
(RJ-45)
Port 2: 10BASE-FL 1300nm SM ST (20 km)
AutoCross™
AutoCross technology eliminates an entire category of network troubleshooting by automatically matching crossed and uncrossed cables to the appropriate connection. The twisted pair port is instantaneously configured to the correct MDI or MDI-X configuration.
LinkAlert™
Because most Ethernet technologies are unable to recognize downlink faults, a failed link may appear normal to network management, requiring unnecessary time devoted to troubleshooting. LinkAlert monitors all physical uplink and downlink failures and enables all faults to be detected by network management.
Ethernet Point System 10BASE-T to 10BASE-FL Media Converters
Port 1: 10BASE-T
(RJ-45)
Port 2: 10BASE-FL 850nm MM SC (2 km)
AutoCross™
AutoCross technology eliminates an entire category of network troubleshooting by automatically matching crossed and uncrossed cables to the appropriate connection. The twisted pair port is instantaneously configured to the correct MDI or MDI-X configuration.
LinkAlert™
Because most Ethernet technologies are unable to recognize downlink faults, a failed link may appear normal to network management, requiring unnecessary time devoted to troubleshooting. LinkAlert monitors all physical uplink and downlink failures and enables all faults to be detected by network management.
Ethernet Point System 10BASE-T to 10BASE-FL Media Converters
Port 1: 10BASE-T
(RJ-45)
Port 2: 10BASE-FL 1300nm SM SC (20 km)
AutoCross™
AutoCross technology eliminates an entire category of network troubleshooting by automatically matching crossed and uncrossed cables to the appropriate connection. The twisted pair port is instantaneously configured to the correct MDI or MDI-X configuration.
LinkAlert™
Because most Ethernet technologies are unable to recognize downlink faults, a failed link may appear normal to network management, requiring unnecessary time devoted to troubleshooting. LinkAlert monitors all physical uplink and downlink failures and enables all faults to be detected by network management.
Ethernet Point System 10BASE-T to 10BASE-FL Media Converters
Port 1: 10BASE-T
(RJ-45)
Port 2: 10BASE-FL 850nm MM MT-RJ (2 km)
AutoCross™
AutoCross technology eliminates an entire category of network troubleshooting by automatically matching crossed and uncrossed cables to the appropriate connection. The twisted pair port is instantaneously configured to the correct MDI or MDI-X configuration.
LinkAlert™
Because most Ethernet technologies are unable to recognize downlink faults, a failed link may appear normal to network management, requiring unnecessary time devoted to troubleshooting. LinkAlert monitors all physical uplink and downlink failures and enables all faults to be detected by network management.
Ethernet Point System 10BASE-T to 10BASE-FL Media Converters
Port 1: 10BASE-T
(RJ-45)
Port 2: 10BASE-FL 1300nm SM ST (40 km)
AutoCross™
AutoCross technology eliminates an entire category of network troubleshooting by automatically matching crossed and uncrossed cables to the appropriate connection. The twisted pair port is instantaneously configured to the correct MDI or MDI-X configuration.
LinkAlert™
Because most Ethernet technologies are unable to recognize downlink faults, a failed link may appear normal to network management, requiring unnecessary time devoted to troubleshooting. LinkAlert monitors all physical uplink and downlink failures and enables all faults to be detected by network management.
Ethernet Point System 10BASE-T to 10BASE-FL Media Converters
Port 1: 10BASE-T
(RJ-45)
Port 2: 10BASE-FL 1300nm MM ST (5 km)
AutoCross™
AutoCross technology eliminates an entire category of network troubleshooting by automatically matching crossed and uncrossed cables to the appropriate connection. The twisted pair port is instantaneously configured to the correct MDI or MDI-X configuration.
LinkAlert™
Because most Ethernet technologies are unable to recognize downlink faults, a failed link may appear normal to network management, requiring unnecessary time devoted to troubleshooting. LinkAlert monitors all physical uplink and downlink failures and enables all faults to be detected by network management.
Fast Ethernet Point System Slide-In-Module Media Converters (Class A)
Port 1: 100BASE-TX(RJ-45)
Port 2: 100BASE-FX 1300nm MM (ST) (2 km)
Round trip delay of only 40 bit times—far below the Class II rating of 92 bit times.
N-Way Auto-Negotiation
Only Transition Networks guarantees compatibility with any 10/100 compliant port. This feature allows you to force the proper port configuration through an external switch on the converter; unlike competitive products that ship in auto-negotiation mode and may require both hardware and software configuration.
Automatically detects and reports loss of link on a connection using Link Pass Through. This feature allows the equipment at the remote end of a link failure to "see" this failure and respond with corrective actions, such as Spanning Tree fail-over links, proprietary trunking links, or failure reports through SNMP or RMON procedures built into the switch, router or hub.
Fast Ethernet Point System Slide-In-Module Media Converters (Class A)
Port 1: 100BASE-TX(RJ-45)
Port 2: 100BASE-FX 1300nm MM (SC) (2 km)
Round trip delay of only 40 bit times—far below the Class II rating of 92 bit times.
N-Way Auto-Negotiation
Only Transition Networks guarantees compatibility with any 10/100 compliant port. This feature allows you to force the proper port configuration through an external switch on the converter; unlike competitive products that ship in auto-negotiation mode and may require both hardware and software configuration.
Automatically detects and reports loss of link on a connection using Link Pass Through. This feature allows the equipment at the remote end of a link failure to "see" this failure and respond with corrective actions, such as Spanning Tree fail-over links, proprietary trunking links, or failure reports through SNMP or RMON procedures built into the switch, router or hub.