IHS iSuppli announced that its latest research suggests the earthquake in Japan may disrupt the supply of components necessary to produce Apple’s iPad 2.
For more information visit: www.isuppli.com
Unedited press release follows:
Japanese Earthquake Poses Potential Supply Problems for iPad 2
El Segundo, Calif., March 17, 2011 — The aftermath of the Japanese earthquake may cause logistical disruptions and supply shortages in Apple Inc.’s iPad 2, which employs several components manufactured in the disaster-stricken country—including a hard-to-replace electronic compass, the battery and possibly the advanced technology glass in the display, IHS iSuppli research indicates.
The IHS iSuppli teardown analysis of the iPad 2 so far has been able to identify five parts sourced from Japanese suppliers: NAND flash from Toshiba Corp., dynamic random access memory (DRAM) made by Elpida Memory Inc., an electronic compass from AKM Semiconductor, the touch screen overlay glass likely from Asahi Glass Co. and the system battery from Apple Japan Inc.
There potentially are other components from Japan in the iPad 2, however, the teardown analysis process cannot always identify all components’ countries of origin.
While some of these suppliers reported that their facilities were undamaged, delivery of components from all of these companies is likely to be impacted at least to some degree by logistical issues now plaguing most Japanese industries in the quake zone. Suppliers are expected to encounter difficulties in getting raw materials supplied and distributed as well as in shipping out products. They also are facing difficulties with employee absences because of problems with the transportation system. The various challenges are being compounded by interruptions in the electricity supply, which can have a major impact on delicate processes, such as semiconductor lithography.
Furthermore, semiconductor facilities in Japan that had suspended manufacturing activities following the quake cannot truly commence full production again until the aftershocks cease. “Earthquakes ranging from 4 to 7 on the Richter scale will make it impossible to really restart these fabs until the earthquakes stop happening with such frequency,” said Dale Ford of IHS. “Every time a quake tops 5, the equipment automatically shuts down.”
These issues may come at a time when Apple is rushing to ramp up iPad 2 production to meet stronger-than expected demand for the device. The company this week announced that iPad shipments from the Apple Store have been delayed by one week from previous lead times because of the surge in demand.
Apple’s supply of NAND flash has come under scrutiny in light of a temporary suspension of production and the resulting scrapping of some wafers at Toshiba’s main NAND production facility. However, the NAND devices used in the iPad are available from alternative sources, including South Korean semiconductor giant Samsung Electronics Co. Ltd. and U.S. memory maker Micron Technology Inc.
Similarly, the Elpida DRAM component can be alternatively sourced from Samsung.
The compass and glass supply could prove to be more problematic issues for Apple. Although AKM said its fab that produces the electronic compass used in the iPad was undamaged by the quake, the company’s shipments are likely to be impacted by the same logistical issues that will plague all Japanese industries during the short term.
Compasses are available from other sources including Yamaha, Aichi Steel, Alps and STMicroelectronics. However, these components are not easily replaceable.
“The calibration of electronic compasses is tricky for a number of reasons,” said Jérémie Bouchaud, director and principal analyst for MEMS and sensors at IHS. “Compasses are sensitive to electromagnetic interference. Furthermore, the iPad 2’s compass works in close coordination with the tablet’s accelerometer and gyroscope. This makes it impossible to simply replace one manufacturer’s compass with another.”
The glass used in the iPad 2’s touch screen overlay could present another supply problem for Apple. While the supplier of this glass cannot be confirmed with certainty, the concurrent release of the iPad 2 and the new Dragontrail Glass technology from Asahi Glass of Japan has led to speculation that Asahi may be the supplier of this durable new glass, according to Kevin Keller, principal electronics analyst for IHS.
Physical tests conducted by IHS reveal that the iPad 2 glass is more flexible and durable than the glass used in the iPad 1, possibly indicating that the glass is Asahi’s Dragontrail.
Asahi Glass reported damage to two of its facilities and damage at a third.
The lithium-ion polymer battery in the iPad 2 also is manufactured in Japan, the IHS iSuppli Teardown analysis service has determined.
The iPad 2’s three-cell battery pack on the iPad 2 is labeled “assembled in China.” However, this label refers to the whole battery pack. Further investigation showed the battery itself was made by Apple Japan, which operates as a subsidiary of Apple.
“Typically, battery cells are made at the site of assembly but because the iPad 2’s lithium-ion polymer battery is unusually thin, it likely requires advanced battery cell manufacturing technologies that reside in Japan,” said Wayne Lam, senior analyst, competitive analysis, at IHS.
Logistical disruptions may mean that Apple could have difficulties obtaining this battery, and it may not be able to secure supply from an external, non-Japanese source.
For more information on IHS iSuppli’s Apple iPad 2 teardown, please visit: New Generation Apple iPad 2 with A5 Processor
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IHS iSuppli technology value chain research and advisory services range from electronic component research to device-specific application market forecasts, from teardown analysis to consumer electronics market trends and analysis and from display device and systems research to automotive telematics, navigation and safety systems research. More information is available at www.isuppli.com and by following on twitter.com/iSuppli.
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