Geografisk koncentration af højteknologi kan give problemer
Katastrofen i Japan har åbnet øjnene for den store følsomhed, der er over for teknologileverancer fra relativt få og koncentrerede regioner i verden (in english).
The major disruption to the global electronics supply chain caused by the Japan earthquake could recur in other regions of Asia because of the high concentration of technology industries in certain countries, IHS iSuppli research indicates.
- The disaster in Japan has exposed how the focus of electronics manufacturing in a single country can massively impact the highly interconnected global technology industry, says Dale Ford of IHS.
- Because of this, it’s worthwhile to consider what could happen if a production disruption were to strike other key electronics production regions where manufacturing is highly concentrated. These regions include Taiwan, South Korea and certain areas of China. As we move forward, the global electronic industry will have to learn how to manage potential disruptions in various regions.
Potential Taiwan impact
Like Japan, Taiwan supplies a major percentage of global electronics output.
Most significantly, Taiwan is the world’s leading country for semiconductor foundries - i.e., companies that conduct the outsourced manufacturing of chips - collectively accounting for 67 percent of global production.
Taiwanese foundries Taiwan Semiconductor Manufacturing Co. Ltd. and United Microelectronics Corp. serve the manufacturing needs of semiconductor companies all over the world, playing a pivotal role in the global chip supply chain. Worldwide, there are more than 150 fabless semiconductor companies using foundry services, representing more than $30 billion in annual revenue.
Some of Taiwan’s other major contributions to the global electronics supply include:
• 24 percent of total semiconductors
• 37 percent of display drivers
• 58 percent of small/medium-sized liquid crystal display (LCD) panels
• 34 percent of large-sized LCD panels
Potential South Korean impact
South Korea represents another major region where a production disruption could have massive worldwide impact. The country presents a particular concern since so much manufacturing is concentrated in a specific location: the Seoul metropolitan area.
- Nearly half of all global production of DRAM occurs in the Seoul area, observes Mike Howard, principal analyst for DRAM and memory at IHS.
- If manufacturing were to be disrupted by some event occurring in this small geographic area, the impact on the global electronics supply chain would be devastating.
Nearly 40 percent of the world’s DRAM capacity is located near the city. Seoul is home to one of the world’s true electronics powerhouses: Samsung Electronics Co. Ltd. Also in Seoul is Hynix Semiconductor Inc., another dominant player in the DRAM industry.
A look at South Korea’s overall contribution to global electronics production shows:
• 59 percent of DRAM
• 49 percent of data flash memory, also known as NAND flash
• 27 percent of display driver semiconductors
• 51 percent of large-sized LCD panels
• 18 percent of small/medium LCD panels
China syndrome
China is home to most of the world’s original design manufacturing (ODM), which is the production of electronic equipment on behalf of the world’s major electronic brands. Much of this manufacturing is concentrated in the Shanghai and Shenzhen metropolitan areas.
Four out of five mobile PCs are produced in the Shanghai area, while one-quarter of cell phones are made in Shenzhen.
Relaterede nyheder
- • Ny teknologi skræmmer fugle væk fra markerne
- • Silicon Labs køber 2,4 GHz specialisten Ember
- • austriamicrosystems bliver til 'ams'
- • Future lancerer energy harvesting testplatform
- • Ny standard for trådløs opladning i støbeskeen
- • Stor opbakning til nye M2M standard i 'white space' området
- • Danfoss afhænder datterselskab
- • Microsoft vil være med til at nedbryde 'memory-muren'
- • Hjertesensorer integreres i et 'armbåndur'
- • ARM Cortex-A9 test chip bryder 3GHz barrieren
- • Widex nomineret for banebrydende opfindelse
- • EnOcean vil have fokus på energy-harvesting i uddannelsesmiljøerne
- • Tre kineiske mobilproducenter rykker ind på top-10 listen
- • Top-applikationer for 'tingenes internet'
- • Ministerbesøg på HPI
Seneste nyheder
- • Step-down konverter opererer med 96 procent effektivitet
- • Maxwell Technologies hos Digi-Key
- • Højeffektive DC/DC-konvertere i brick-format
- • Farnell udvider med GNSS/GPS receivere
- • Fuld HD LCD-modul med stor betragningsvinkel
- • Ny teknologi skræmmer fugle væk fra markerne
- • Silicon Labs køber 2,4 GHz specialisten Ember
- • Touch platform emulerer fysiske trykknapper
- • AMD udvider APU platformen med ny R-serie
- • Ericsson klar med ny generation af powermoduler
- • Første 4 Gbit LPDDR'er i 20nm teknologi
- • SemiSouth sampler første 650V SiC JFETs
- • Digi-Key i globalt samarbejde med t-Global Technology
- • austriamicrosystems bliver til 'ams'
- • Find spændende apps til OrCAD og Allegro på nettet
- • Future lancerer energy harvesting testplatform
- • HDMI bridge-IC strømliner HD-konnektiviteten
- • Box med display
- • Ny standard for trådløs opladning i støbeskeen
- • Stor opbakning til nye M2M standard i 'white space' området
- • AMD Embedded G-Series undestøtter Windows RTOS
- • Ny 600V IGBT platform
- • COM-modul med næste generation Atom dual-core processorer
- • Danfoss afhænder datterselskab
- • Renesas hos RS