Download 2011 Edge-Core Catalog (20.7Mb)
|
Managed CWDM solutions
CWDM solutions are known for their ability to
share a single physical fiber optic circuit for several optical
connections, thus extending the bandwitdh of fiber and allow multiple
applications to run over same resources.
The basic principle of CWDM is to use different optical wavelengths over same fiber cable and mux/demux
them through a passive optical device, specially built on such purpose.
The CWDM solution we offer has the ability to multiplex up to 9(8+1) different fiber links over the same physical circuit. The operation range can reach up to 120Km,
depending on optical modules used. The total maximum capacity is 2.67G
x 9, up to 9 different OC48 interfaces can be sent over the same pair
of fiber optics.
The
beauty of our CWDM solution is the ability to connect almost any type
of fiber communications to the CWDM circuit. Management system allows
web or SNMP control over each transponder channel. The daisy chaning of
the SNMP management card allows 32 systems to be managed from a single
location. Transponder cards with 1 or 2 channels accomodate 2 SFP
optical modules on each channel, allowing conversion of usual 850nm,
1310nm or 1550nm optical signals to colored CWDM light. You can send together over same fiber Gigabit Ethernet, SONET, SDH, ATM, E1 or T1, Fibre Channel or even CCTV signals.
MSRP: $1,390.00
Price: $1,190.00
Sigma Links 5000 has 17 slots that can accommodate cards such as: transponder cards with 1 or 2 channels, optical mux/demux units with various channels, optical add-drop multiplexers for specific lambdas or optical protection card for redundancy.
|
MSRP: $1,100.00
Price: $850.00
Sigma Links 2000 has 6 slots that can accommodate cards such as: transponder cards with 1 or 2 channels, optical mux/demux units with various channels, optical add-drop multiplexers for specific lambdas or optical protection card for redundancy.
|
MSRP: $495.00
Price: $295.00
The SFS-7040 series CWDM SFP modules have a 1.25Gbps (Gigabit) rate. Transceivers operate on 9/125um single-mode fiber for 40Km, using special CWDM channels (1471 to 1611nm, in steps of 20nm). SFP CWDM modules support DD (Digital Diagnostic) functions.
|
MSRP: $590.00
Price: $360.00
The 7080 series CWDM SFP modules have a 1.25Gbps (Gigabit) rate and operate on 9/125um single-mode fiber for up to 80Km, using special CWDM channels (1471nm to 1611nm, in steps of 20nm). SFP CWDM modules support DD (Digital Diagnostic) functions.
|
MSRP: $700.00
Price: $550.00
SML-20-9210-L card installs in either Sigma Links 2000 or 5000 series chassis and allows SNMP based as well as web based management of cards installed in the chassis.
|
MSRP: $650.00
Price: $490.00
SML-50-8012-L card is a dual 1.25G channel transponder card for the CWDM solution. Unit converts client side optic signal (usually 850nm, 1310nm or 1550nm broad optics) into CWDM colored wavelengths for data rates up to 1.25G (including Gigabit Ethernet).
|
MSRP: $900.00
Price: $790.00
SML-50-8022-L card is the most powerful element of the CWDM solution. The transponder card converts client side optic signal (usually 850nm, 1310nm or 1550nm broad optics) into CWDM colored wavelengths.
|
Price: $1340, delivery in 15 days from order
The core of CWDM application is the passive MUX/DEMUX unit. This equipment is able to bundle and respectively unbundle up to 9 different optical wavelengths over a single fiber optic circuit.
|
MSRP: $1,200.00
Price: $990.00
The SML-50-8210-S is state of the art unit for redundancy protection of a fiber optic link. Unit can work on any type of fiber optic circuit. It is fully compatible with any optical wavelengths, from 850nm up to 1610nm.
|
MSRP: $1,100.00
Price: $940.00
One of the most important parts of a flexible CWDM system is the Add/Drop multiplexer device. Coded as SML-50-831X, where X digit is changing according to the needed optical wavelength, the Add-Drop multiplexer allows amazing flexibility to the CWDM appl.
| | |
| Please call our toll-free
number: 888-959-DATA
M-F, 9-5, Pacific Time

We're now providing
|
|