SFC61040DR0D / SFP / 1000BASE-CWDM
CWDM - LC
- 1610 nm
- 40 km
SFCxx040DRxD is a high performance dual rate transceiver module that supports Fast to 1Gigabit Ethernet data links over a singlemode fibre pair. The maximum reach is 40km, for a 18dB End Of Life (EOL) power budget. The emitter is a CWDM DFB laser, the receiver an PIN photodiode. This transceiver module is compliant with the Small Form-factor Pluggable (SFP) Multisource Agreement (MSA) and hot pluggable using LC connector with DDM functionality. Always contact Skylane Optics commercial agents for compatibility with different equipment platforms.
SpecificationsDownload full specs
- Product Type Transceivers
- Form Factor SFP
- Standard 1000BASE-CWDM
- Part Number SFC61040DR0D
- Category Rate <10G
- Type of Media SingleMode
- Wavelength 1610 nm
- Reach (Distance) 40 km
- Bit Rate FE/1GBE
- Protocol Family & Bit Rate Supported 1GBE, 1FC, FE
- Technology CWDM
- Strand Dual
- Protocol Family Ethernet
- Temperature 0-70°C
- Connector LC
- DDM Yes
CompatibilityCouldn’t find your compatibility?
Checkout the full list of compatibilities with your transceiver model
- Allied Telesis
- Arista Networks
- Avaya - Nortel
- Ericsson Redback
- HP - H3C
- HP - Procurve
- Nokia - Alcatel
- Transition Networks
- Waystream - PacketFront
The new Skylane Optics Transceiver Configuration Stick (TCS)
A complete solution that allows you to identify, tune and code your optical transceivers.
Skylane Optics® is working directly with leading certification institutes, to ensure that Skylane Optics® transceivers are safe and have the smallest possible impact on the environment.
Our benefits & advantages
Our market knowledge in combination with large volume purchasing power enables us to offer cost-effective solutions.
Highly experienced Skylane Optics engineers.
We have cutting-edge test equipment to ensure we supply high quality products.
Large stock in Belgium, linked to an efficient logistics center, allows us to ship to you quickly.
Our products are compatible with all major brands.