Acacia Communications is now part of Cisco Learn More
About Cisco
Acacia Communications, Inc. Acacia Communications, Inc.
Menu Button
  • About
  • Applications
  • Products
  • Blog
  • Support
  • Contact
  • Embedded Modules
    • AC1200
    • AC400
  • Pluggable Modules
    • CFP-DCO
    • CFP2-DCO
    • CFP2-ACO
    • OSFP
    • QSFP-DD
  • Semiconductors
    • DSP ASICs
    • Silicon PICs

QSFP-DD Product Family

QSFP-DD Product Family

Acacia’s Quad Small Form-factor Pluggable Double Density (QSFP-DD) product family incorporates Acacia’s 3D Siliconization, which leverages the maturity of our silicon photonics technology and our vertical integration, and is designed to enable network operators to address increasing bandwidth demand through a simplified network architecture, reducing both capital and operational expenditures. The QSFP-DD product family is based on our 7nm DSP technology, our 3rd generation of coherent DSP supporting low-power pluggable modules, and our silicon photonic integrated circuit (PIC) for an optimized co-packaged design.

The QSFP-DD module is a pluggable solution that fits into high-density switch and router client ports for optical interconnect links. Key applications of this form-factor include high-capacity coherent optical transmission over data center interconnect (DCI) edge networks, as well as access service provider network applications.

Acacia’s QSFP-DD, and similar OSFP form factor, pluggable solutions leverage its 3D Siliconization technology, which utilizes volume electronics manufacturing processes, designed to be highly scalable and reliable.

QQSFP-DD Family Products

Acacia’s 3D Siliconization technology designed to be highly scalable and reliable.

With 3D Siliconization, RF electronics are tightly coupled to the silicon photonics, resulting in improved signal integrity for these higher baud rate applications.

 

400ZR QSFP-DD Pluggable Coherent Optical Module

QSFP-DD Product Family
Acacia’s 400Gbps 400ZR QSFP-DD coherent optical module is designed to adhere to the Optical Internetworking Forum (OIF) 400ZR Implementation Agreement, an Ethernet-centric specification to optimize 400Gbps data center interconnect (DCI) edge links with reaches up to 120km using 16QAM transmission.

DCI Edge Graphic

OpenZR+ QSFP-DD Pluggable Coherent Optical Module

QSFP-DD Product Family

Acacia’s 400Gbps 400ZR QSFP-DD coherent optical module is designed to adhere to Ethernet-focused applications like OIF’s 400ZR with increased flexibility to support other host ethernet rates and multiple line rates. In addition, OpenZR+ offers high-performance operation, leveraging elements of the carrier-centric Open ROADM MSA, for longer reaches extending to metro/regional Ethernet data center and service provider network interconnects.

DCI Edge Network Graphic

400G QSFP-DD Product Family Variants

400ZR OpenZR+
Applications Edge DCI/Campus Metro/Regional DCI
Protocol Ethernet Ethernet
Reach Up to ˜120 km >120 km
Client Formats 400GbE only 100GbE/200GbE/400GbE
Line Side Capacity 400G 100G/200G/300G/400G

 


100G P2P Access QSFP-DD Pluggable Coherent Optical Module

QSFP-DD Product Family
Acacia’s 100G QSFP-DD Point-to-Point (P2P) hot pluggable module is specifically designed for optimization in edge and access applications with unamplified links up to 120km, enabling fixed-wavelength transmission over various types of single-mode edge and access fiber links. Compared to alternative direct-detect solutions, coherent P2P solutions are extremely tolerant to fiber types, chromatic dispersion, polarization mode dispersion (PMD), and back reflections, which simplifies operational deployment.

100G Point to Point Network Diagram


100G DWDM Access QSFP-DD Pluggable Coherent Optical Module

QSFP-DD Product Family
Acacia’s 100G QSFP-DD DWDM pluggable module is designed to help service providers, carriers and cable operators meet growing bandwidth demands in edge and access networks. It is also designed to provide a scalable traffic aggregation solution, as well as an upgrade path to migrate from existing 10G WDM networks to higher-performing 100G DWDM coherent links for new architectures in access networks, such as cable/fiber deep and 5G wireless X-haul applications.

Connect with Acacia

  • Acacia Communications
  • @AcaciaComms
  • Contact Acacia

Related Resources

BLOG
DCI Edge Transforming with Today’s 400ZR Modules
BLOG
400G Pluggables Usher in an Architectural Change to High-Bandwidth DCI
VIDEO
The New Era of 400G Coherent Pluggable Solutions
ARTICLE
Advancing Coherent Interoperability with OpenZR+
Article
Fibre Systems: Small Talk
VIEW MORE

Want to learn more?

Read the Acacia Blog

Ready to accelerate your optical network?

Contact Us

About

  • Our Unique Expertise
  • Our Competitive Strengths
  • Resources
  • Events
  • Careers
  • Conflict Minerals

Applications

  • DCI
  • Metro Carrier
  • Long Haul
  • Cable Access/Remote PHY
  • Submarine
  • Wireless Access
  • Wired Access

Products

  • Products
  • AC1200 Product Family
  • AC400 Product Family
  • CFP-DCO Product Family
  • CFP2-ACO Product Family
  • CFP2-DCO Product Family
  • OSFP Product Family
  • QSFP-DD Product Family
  • DSP ASICs
  • Silicon PICs

Contact

  • Terms & Conditions
  • E-Verify

Follow Us

  • Twitter
  • Twitter

Acacia Communications, Inc.
Corporate Headquarters

3 Mill and Main Place
Suite 400
Maynard, MA 01754

1-978-938-4896

©2021 Acacia Communications, Inc. All Rights Reserved | Connecting at the speed of light®

  • Terms of Use
  • Privacy Policy
  • About
    • Our Unique Expertise
    • Our Competitive Strengths
    • History
    • Resources
    • Events
    • Careers
  • Applications
    • Cloud / DCI
    • Metro Carrier
    • Long Haul
    • Cable Access / Remote PHY
    • Submarine
    • Wireless Access
    • Wired Access
  • Products
    • Embedded Modules
      • AC1200 Product Family
      • AC400 Product Family
    • Pluggable Modules
      • CFP-DCO
      • CFP2-DCO
      • CFP2-ACO
    • Semiconductors
      • DSP ASICs
      • Silicon PICs
  • Blog
  • Support
  • Contact
Your browser is out-of-date!

Update your browser to view this website correctly.Update my browser now

×