We want to use this CWDM module in a site where a link failure would be difficult to investigate quickly. Is there a way to make optical issues easier to spot remotely?

Yes. Use the DOM feature through a compatible switch or monitoring platform and set alerts for abnormal optical-power or temperature readings. This can help identify fiber loss, connector contamination, or environmental issues before the link drops.

We have a 1590nm channel available on our CWDM MUX/DEMUX pair. Do we need to install the same 1590nm 10G CWDM SFP+ module at both ends of the link?

Yes. For a duplex 10G CWDM connection, install one 1590nm CWDM SFP+ module in the network device at each site. Each module connects to the local 1590nm port on the CWDM MUX/DEMUX, while the MUX/DEMUX units carry the signal over the shared single-mode fiber route. Using a different wavelength at either end will prevent the 1590nm channel from linking properly.

We are using an eight-channel CWDM MUX rather than a full 18-channel system. Does that automatically mean 1590nm is included?

Not always. Eight-channel MUX units can use different wavelength selections, so check the channel labels or datasheet rather than assuming that 1590nm is present.

The fiber route between our buildings is relatively short, but it passes through a CWDM MUX and several patch points. Should we still check the optical loss budget?

Yes. Even on a short route, CWDM MUX insertion loss, patch-panel loss, dirty connectors, and splice loss can affect the received signal. Verify that the total loss stays within the module’s supported optical budget.

Breadcrumb: Home; Products; Optics Transceivers | SFP Modules; 10/25/40G/100G Transceiver Modules; 10G CWDM/DWDM SFP+; 223785

Click to open expanded view

FS CWDM-SFP10G-10M Compatible LINK-PP 10G SFP+ CWDM 1590nm 10km Duplex LC DDM SMF Optical Transceiver Module

Name: FS CWDM-SFP10G-10M Compatible LINK-PP 10G SFP+ CWDM 1590nm 10km Duplex LC DDM SMF Optical Transceiver Module
Brand: LINK-PP
SKU: 223785
Price: 87.72 USD
Availability: InStock
Rating: 4.9 (32 reviews)

# 223785

Product: FS CWDM-SFP10G-10M Compatible LINK-PP 10G SFP+ CWDM 1590nm 10km Duplex LC DDM SMF Optical Transceiver Module
SKU: 223785
P/N: LS-CW5910-10C
Price: $ 102
Stock: 720 in Stock
Sold: 393
Product URL: https://www.l-p.com/products/494841.htm

For Order Over $1000 Get $15.00 Off , Code: Linkpp15

For Order Over $3000 Get $50.00 Off , Code: Linkpp50

For Order Over $5000 Get $100.00 Off , Code: Linkpp100

New Users: $10 Coupon for Orders , Code: linkpp2610

32 Reviews

4 Questions

Request Stock

393 Sold

$ 102

Free shipping over $600, If you need a more favorable price, please contact us directly.

Qty (pcs) :

Unit Price :

$ 102

100

$ 96.9

1000

$ 93.84

3000

$ 90.78

6000

$ 87.72

Manufacture: LINK-PP

P/N: LS-CW5910-10C

Compatible:: Cisco; LINK-PP; Brocade; FS; Generic; Juniper

Wavelength:: 1470nm; 1490nm; 1510nm; 1530nm; 1550nm; 1570nm; 1590nm; 1610nm

Shipping:

To Be Negotiated

Free Shipping

Can't deliver

to United States via {{now_chooseship?now_chooseship.name:''}}

Estimated delivery time : {{now_chooseship?now_chooseship.datemin:''}}-{{now_chooseship?now_chooseship.datemax:''}} days. See details

5-Year Warranty 30-Day Returns 30-Day Exchange

Stock:

{{parseInt(detail_data.left_num) ? detail_data.left_num +' in Stock' :detail_data.zeroStockOrder==0?'Out of Stock':'Available'}} .

Quantity:

( Min. Order {{detail_data.prodInfo.minimum_ordered_quantity}} )

undeliverable

Total Price:

{{ detail_data.displayed_price.unit_prefix }} {{ detail_data.displayed_price.original_total_price }} ( {{ detail_data.displayed_price.rate_of_discount }}% OFF ) {{detail_data.displayed_price.ex_sell_type}}

Add to wish

Specifications

Specification
Videos
Matching Products
Download
Q&A
Customer Reviews

FS CWDM-SFP10G-10M Compatible LINK-PP 10G SFP+ Specifications

CWDM-SFP10G-10M delivers 10Gbps connectivity through its SFP+ CWDM architecture centered on a 1590nm CWDM EML laser and PIN photodiode combination, enabling single-mode fiber links of up to 10km with duplex LC interface and built-in digital diagnostic monitoring that provides live visibility into critical performance metrics including transmit/receive power, bias current, supply voltage, and module temperature.

FS Part Number	CWDM-SFP10G-10M	Vendor Name	LINK-PP
Form Factor	SFP+	Max Data Rate	10.7Gbps
Wavelength	1590nm	Max Cable Distance	10km
Connector	Duplex LC	Media	SMF
Transmitter Type	EML	Receiver Type	PIN
TX Power	-1 to +5dBm	RX Power	-23 to -6dBm
Receiver Sensitivity	<-16dBm	DDM Support	Yes
Operating Temperature Range	0 to 70°C	Protocols	SFP+ MSA Compliant, SFF 8472,SFF 8431,802.3ae, ITU-T G.652

Videos

Matching Products

Pictures

ID#

Description

Price

Stock

Add to Cart

Download

Product Drawing

PDF
LS-CWxx10-10C 1470-1610.pdf

Questions & Answers
Ask a Question

No data

Q: We want to use this CWDM module in a site where a link failure would be difficult to investigate quickly. Is there a way to make optical issues easier to spot remotely? By T***s on 2026-03-22

A: Yes. Use the DOM feature through a compatible switch or monitoring platform and set alerts for abnormal optical-power or temperature readings. This can help identify fiber loss, connector contamination, or environmental issues before the link drops. By admin on 2026-03-23
Q: We have a 1590nm channel available on our CWDM MUX/DEMUX pair. Do we need to install the same 1590nm 10G CWDM SFP+ module at both ends of the link? By Q***h on 2026-01-25

A: Yes. For a duplex 10G CWDM connection, install one 1590nm CWDM SFP+ module in the network device at each site. Each module connects to the local 1590nm port on the CWDM MUX/DEMUX, while the MUX/DEMUX units carry the signal over the shared single-mode fiber route. Using a different wavelength at either end will prevent the 1590nm channel from linking properly. By admin on 2026-01-26
Q: We are using an eight-channel CWDM MUX rather than a full 18-channel system. Does that automatically mean 1590nm is included? By V***e on 2025-08-25

A: Not always. Eight-channel MUX units can use different wavelength selections, so check the channel labels or datasheet rather than assuming that 1590nm is present. By admin on 2025-08-26
Q: The fiber route between our buildings is relatively short, but it passes through a CWDM MUX and several patch points. Should we still check the optical loss budget? By R***r on 2025-04-04

A: Yes. Even on a short route, CWDM MUX insertion loss, patch-panel loss, dirty connectors, and splice loss can affect the received signal. Verify that the total loss stays within the module’s supported optical budget. By admin on 2025-04-05

Customer Reviews
Write a Review

{{stardata.star}}

{{comment.count}} reviews
5 Stars

{{comment.star5}}%

4 Stars

{{comment.star4}}%

3 Stars

{{comment.star3}}%

2 Stars

{{comment.star2}}%

1 Star

{{comment.star1}}%

All Reviews ({{comment.star_num?comment.star_num:comment.count}})

All Reviews

5 stars only

4 stars only

3 stars only

2 stars only

1 star only
Reviews with Pictures ( {{comment.pic_comment}} )
See All Reviews

No data

I***e

Turkey

Verified Purchase

5 .0

2026-05-07

Ordered several units for a CWDM expansion project where 1590nm was the available channel. All modules were recognized properly, and the TX/RX power values were visible through our monitoring tools. Nice and easy deployment.

87 Helpful vote Comments

L***r

Belarus

Verified Purchase

5 .0

2026-04-14

Purchased for a private 10G NAS replication path across our facility. The distance was well below 10km, but we selected this CWDM 1590nm SFP+ because it matched the existing wavelength plan. Performance has been consistent.

60 Helpful vote Comments

P***y

Morocco

Verified Purchase

5 .0

2026-03-27

On our multi-building campus network, our fiber plant routes through multiple distribution patch fields with cumulative connector losses. The optical budget on these modules easily absorbed the link attenuation, maintaining a healthy link safety margin at the receiving optic. The bail latch mechanism locks positively into standard cages and releases cleanly. Extremely pleased with the long-term optical and thermal stability.

129 Helpful vote Comments

F***g

New Zealand

Verified Purchase

5 .0

2026-03-09

Matched our CWDM MUX channel perfectly, with zero setup hassle.

55 Helpful vote Comments

P***n

Nepal

Verified Purchase

4 .0

2026-02-06

The optical transceivers slotted right into our passive multiplexer with perfect wavelength alignment and clean signal integrity. International air freight moved quickly, but the local regional delivery hub held the parcel over the weekend for scheduled sorting. The modules themselves are enterprise-grade; just allow a slight buffer for final-mile courier handoffs.

29 Helpful vote Comments

K***r

Hungary

Verified Purchase

5 .0

2026-01-15

The DDM/DOM feature was useful during commissioning. We could confirm transmit power, receive power, temperature, and voltage before handing the link to the operations team.

81 Helpful vote Comments

N***n

Libyan Arab Jamahiriya

Verified Purchase

5 .0

2025-12-26

Tested these 10G optical modules handling both standard Ethernet framing and dedicated storage replication traffic over single-mode duplex LC fiber. Optical launch power was rock-solid, and the eye diagram demonstrated wide operational margins with fast transition times. Even during live hot-swap tests under active input/output loads, adjacent links experienced zero electrical disturbance or CRC packet errors. Highly reliable engineering build.

146 Helpful vote Comments

G***e

Poland

Verified Purchase

5 .0

2025-12-08

Our 1590nm link came online immediately and has stayed rock solid.

49 Helpful vote Comments

L***z

Bulgaria

Verified Purchase

5 .0

2025-11-22

We ran compatibility checks across a mixed-vendor switching environment and had no issue getting the 10G link online. The module follows common SFP+ MSA and SFF-8472 diagnostic standards, which helped with monitoring.

115 Helpful vote Comments

S***l

Bangladesh

Verified Purchase

4 .0

2025-10-19

These CWDM modules slotted cleanly into our core chassis, delivering immediate link-up and stable optical margins. The expedited courier delivery arrived near the end of the business day rather than the estimated morning window, so we scheduled our maintenance cutover for the following morning. The hardware itself performs impeccably.

31 Helpful vote Comments

H***y

Romania

Verified Purchase

5 .0

2025-09-21

We put these 10G SFP+ modules into a busy server-room uplink — no errors so far.

47 Helpful vote Comments

M***s

Brunei Darussalam

Verified Purchase

5 .0

2025-08-27

The optical budget worked well on our single-mode fiber infrastructure. RX power stayed comfortably within range, and we did not see CRC errors or link flaps during our burn-in test.

106 Helpful vote Comments

F***s

Belgium

Verified Purchase

5 .0

2025-07-19

Used for a remote rack connection; the 10km reach gives us plenty of headroom.

44 Helpful vote Comments

J***r

Israel

Verified Purchase

5 .0

2025-06-25

We needed a commercial-temperature 1590nm CWDM module for an indoor telecom room, not an industrial optic. This one fit the job well. The 0–70°C range is appropriate for our conditioned equipment rack.

94 Helpful vote Comments

K***s

Denmark

Verified Purchase

5 .0

2025-04-28

Good fit for 10GbE CWDM transport between our main server room and a remote storage room. We used standard duplex LC patch cords with single-mode fiber, and the link has been stable since installation.

63 Helpful vote Comments

M***s

Cambodia

Verified Purchase

5 .0

2025-03-12

We use these CWDM SFP+ modules for rack-to-rack and building-to-building 10G links where fiber capacity is limited. Adding a 1590nm CWDM wavelength allowed us to expand without pulling another fiber pair. Great option for that use case.

123 Helpful vote Comments

N***n

Lithuania

Verified Purchase

5 .0

2025-01-29

When managing a mixed-vendor spine-and-leaf infrastructure, transceiver EEPROM compatibility is always a primary concern. These arrived properly formatted and were immediately recognized across all our core switch platforms as native CWDM optics. The electrical interface handled transitions cleanly with negligible jitter. Real-time DOM telemetry polling via SNMP works across our entire network monitoring stack without custom translation rules. It makes expanding fiber capacity completely painless.

137 Helpful vote Comments

E***r

Indonesia

Verified Purchase

5 .0

2025-01-08

Clean 1590nm channel performance on our 10G CWDM ring.

41 Helpful vote Comments

M***y

Australia

Verified Purchase

5 .0