EUGENE, Ore. ��� April 11, 2011 ��� LightCounting announces its updated market report on Active Optical Cables - 2011: Positioning for the Next Wave of Growth.�� In 2010, the market reached about $40M in sales and 150,000 units and is headed for just under $100M and 450,000 units by 2015, according to the latest forecast report released by LightCounting.�� The main market continues to be in High-Performance Computers (HPCs)(‘supercomputers’) with the InfiniBand protocol.�� However, 2010 saw the beginning of AOC adoption in datacenters using the Ethernet protocol to connect switch layers together and also in telecom applications, interconnecting long-haul DWDM and routers in central offices.��
“The adoption in datacenters is good news for AOC suppliers as it moves AOCs out of a reputation as a “niche market” and into the main stream of interconnect alternatives”, commented Brad Smith, Sr. Vice president and industry analyst for datacenter interconnects.�� “Ethernet datacenters will eventually be a huge opportunity for AOC suppliers as they bring many product benefits.�� However, adoption will be slow as Ethernet AOCs face complications related to business issues, datacenter manager’s copper mindset, and installation issues with structured cabling.”
AOCs have not been employed for Fibre Channel and SAS protocols yet, and the hype around AOCs using Intel’s Light Peak in the consumer market has dissipated. In fact Light Peak technology finally made its debut as a copper interconnect for Apple PCs called ThunderBolt. LightCounting’s position is there are simply no consumer electronics devices that require 10Gbps today and optical solutions cannot compete on price in this market with 5Gbps USB 3.0 copper cables.
AOC Sales -The 4x10G QSFP form factor dominates the business while the 12x10G CXP form factor encountered slow uptake.�� HPC systems are very expensive, costing upwards of $100M and there are only a few HPC bids per year resulting in incredibly fierce price competition with prices in some bids falling below manufacturing costs.
The Chinese Tianhe-1A HPC gained the top position in the Top 500 HPC list and used several tens of thousands of AOCs to interconnect the computing clusters together.�� This system required 80Gbps links and two 4x10G (40Gbps) AOCs were bonded together to meet the bandwidth requirement, demonstrating that bandwidth of a single 40G AOC is not enough going forward.
Suppliers in Rapid Change - 2010 saw tremendous supplier activity with three vendors being acquired by major cabling companies. Distribution agreements with other competitors were upset, forcing some resellers to find new AOC suppliers after just launching marketing programs.�� Patent issues also surfaced forcing some vendors to redesign products.�� Acquisitions provided a path for new, international, well financed companies to enter not only the AOC business but also the transceiver business as well.�� Suddenly, three major international companies have joined the already crowded transceiver business and their arrival demonstrates that optical technologies are clearly important in the near future as data rates increase.
AOC Products - 2010 saw the build out from four or five product configurations to over twenty.�� Today, suppliers are offering just about every MSA connector combination, split out formats and at multiple data rates 1, 4 and 12-channel cables. If a user has an interconnect scheme, there is an AOC for it. The InfiniBand FDR 14Gbps signaling is readying for 2012 deployment with 25Gpbs or EDR on the PowerPoint roadmap.
Watch This Space - AOCs for PCI Express systems are used to connect SSD storage clusters to servers.�� Given a few vendor and product events, this could be a hot new area as datacenters adopt FLASH SSD storage arrays. Also to watch are optical USB 3.0 and HDMI cables that were spotted at the recent Optical Fiber Conference OFC2011 held in March. While these segments are still embryonic, they hold a high volume potential for the AOC business. Some adoption of HDMI AOCs was reported for use in digital signage although this area faces intense competition from competing technologies. Optically enabled FPGAs and silicon photonics are also in the mix to watch.
Detailed forecasts of the AOC market by segment are provided in the latest AOC report , which also includes analysis of ��new technologies, market drivers and limits to growth, the key vendors and products in the supply chain, competitive landscape, and the opportunities for suppliers in semiconductors, optical components, transceivers, servers and switching systems.
LightCounting is a market research company focused on in-depth study of the optical communications market. Our research covers the whole supply chain including components, modules, systems, and their applications. Most of our analysis is based on confidential sales data provided exclusively to LightCounting by leading component and module suppliers.
For more information: www.LightCounting.com or 408.962.4851.