This report examines the product segment that embeds optical interconnect
technologies inside computer and communication systems. As data rates continue
to ramp, signal losses increase to the point that the effective reach of
copper cabling and PCB traces on circuit boards shrinks considerably.
Intra-system optical interconnects started at 2.5Gbps more than a decade ago
and grew slowly to 10Gbps interconnect fabrics, enabling massively-scalable
multi-chassis systems from supercomputers to core routers. Proprietary
interconnects are now supported by embedded optical modules and MSA-based
active optical cables and transceivers, such as CXP and CDFP.
At 25Gbps and beyond, the amount of signal compensating electronics needed is
growing along with cost and power consumption. When speed, reach, interconnect
density and power limitations align to exceed the limits of copper,
intra-system optical interconnects are ready to support the next generations
of system equipment.
This is an update of the Embedded Optical Modules Report published in May of
2012, and incorporates new information from numerous interviews across the
supply chain and consumption side of the industry.
Table of Contents
What are Intra---System Optical Interconnects?
Chapter 1: Intra---System Optical Interconnects - Still a Developing Business
- What Is An Embedded Optical Module?
- Active Optical Cables & Pluggable Transceivers can also be "Intra---System
- Main Adoption Limiting Factors
- EOMs are (essentially) a New Transceiver Market Segment
- EOM --- Transceiver Interoperability
- Next Industry Move --- Optics Next To Big ASICs
- Market Interest in Optical Interconnects renewed in 2014
- Who are the Intra---System Optical Interconnect Suppliers and
- Traditional Transceiver Business
- A Rush of New Optical Interconnect Offerings Soon
- The EOM business is much different!
- What Problems Do EOMs Address?
- Signal Integrity
- Power and Heat
- Latency --- An Increasing Problem
- High Interconnect Density
- Optical Interconnect/EOM Features and Benefits Summary
- How Will Optical Interconnects/EOMs be Used?
- Companies Look to HPC Architectures to Solve Traditional Data Center Issues
- EOMs Are Not New
- Adoption in HPCs Spawned Current Generation EOMs
- EOM Product Evolution
- EOM Market Development
- Changing the Engineering Mindset about Optics
- Chip Packages Are Already Enormous
- Electrical Interfaces for Optical Interconnects
- What Happens Next at 40G and 50/56G?
- 25G VCSELs are NOT the Last Stop!
- Are Silicon photonics and PICs a Solution?
- EOM Technical Dynamics
Chapter 2: Optical Interconnect Applications & Markets
- High Performance Computers and Storage Systems
- The IBM Power 7 based Series of Supercomputers
- Other Large Supercomputers
- The Future Market for Optical Interconnects in Supercomputers
- The Future Market for Optical Interconnects in other High Performance
- Core Routing Systems
- The Future Market for Optical Interconnects in Core Routers
- Compass EOS Creates a New Type of Core Router and Optical Interconnect
- Datacenter Switching
- High---performance Servers / Disaggregated Rack Systems
- Optical Backplanes
- The Limit of Copper Backplanes
- Military Applications
- Industrial, Professional, Commercial and Consumer
Chapter 3: Products
- EOM Product Issues
- Transceivers and Active Optical Cables for Intra---System Optical
- CXP Transceivers and CXP Active Optical Cables
- A new 400G Interconnect: The CDFP MSA
Chapter 4: Intra---System Optical Interconnect Vendors
- Advanced Photonics, Inc. / Sony
- Avago Technologies
- Fujitsu Optical Components
- HIROSE Electric Co. Ltd.
- Hitachi Cable
- Reflex Photonics
- TE Connectivity
- Ultra Communications, Inc.
Chapter 5: Forecast and Analysis
- Application Segments
- Revenue Forecast and Analysis
- Revenue Forecast by Data Rate
- Revenue Forecast by Interconnect Design
- Revenue Forecast by Form Factor
- Unit Shipment Forecast and Analysis
- Unit Shipment Forecast by Data Rate
- Unit Shipment Forecast by Interconnect Design
- Unit Shipment Forecast by Form Factor
- Pricing Forecast and Analysis
- Average Selling Prices by Data Rate
- Average Selling Prices by Form Factor
- Forecast by Applications