Breaking News

LIAN LI Announces Edge Platinum V2, Edge Gold V2, and GPU Cable Thermal Monitoring via Edge Hub ADV Razer Unveils the Huntsman V3 Pro Mini 8KHz ASRock DeskSlim Series Delivers RTX PRO Blackwell Performance in a Compact 5L Workstation Samsung Introduces Galaxy Tab S12 Series PlayStation Plus Monthly Games for October 2026

logo

  • Share Us
    • Facebook
    • Twitter
  • Home
  • Home
  • News
  • Reviews
  • Essays
  • About
    • Submit News

    • Contact Us
    • Privacy

    • Promotion
    • Advertise

    • RSS Feed

Search form

Laser diode makers push power envelope

Laser diode makers push power envelope

Enterprise & IT Jan 21,2005 0

With no strong up turn in sight for the telecoms market, Bookham and nLight target a host of other applications for high-power lasers. Bookham Technology and nLight are launching high-power laser diodes at the Photonics West exhibition, which runs 22-27 January in San Jose, CA.

The companies are targeting applications including materials processing, medical treatment, and providing the pump source for other solid-state, fiber and disk lasers.

Bookham’s 120 W multimode laser, which was developed at its Zurich, Switzerland, facility, is claimed to be the most powerful commercially-available continuous wave (CW) diode laser bar in the world. Standard products emit at 915, 940 and 980 nm.

“We are confident that the high brightness and reliability of our industrial laser diode bars will continue to attract new customers and accelerate the growth of diode-pumped laser systems,” remarked Greg Smolka, Bookham’s VP of sales and marketing, commercial products.

Bookham’s laser diode bar is suitable for applications as diverse as multimode pumping of cable TV amplifiers, as an optical pump for frequency-doubled lasers operating in the visible range, marking and printing, hair removal, and inter-satellite communication.

US-based nLight’s diodes are aimed at similar markets, and although they are less powerful, they cover a wider spectral range.

According to the company, its 1-cm-wide water-cooled “Cascades” bars provide 50, 60, 80, or 100 W of CW power at 790-980 nm, and 20 W of CW power at 1435-1570 nm.

The Cascades range is based on nLights’s proprietary MOCVD-grown structure that produced a diode with a CW output power of 364 W (see related story), and which was developed under the DARPA-funded super high efficiency high-power diodes (SHEDS) program.

Tags:
Previous Post
AMD to keep dual-core processors in current 90nm power envelope
Next Post
Fibre channel drive interoperability at 4 GB/SEC a success for Seagate

Related Posts

Latest News

LIAN LI Announces Edge Platinum V2, Edge Gold V2, and GPU Cable Thermal Monitoring via Edge Hub ADV
Cooling Systems

LIAN LI Announces Edge Platinum V2, Edge Gold V2, and GPU Cable Thermal Monitoring via Edge Hub ADV

Razer Unveils the Huntsman V3 Pro Mini 8KHz
PC components

Razer Unveils the Huntsman V3 Pro Mini 8KHz

ASRock DeskSlim Series Delivers RTX PRO Blackwell Performance in a Compact 5L Workstation
Enterprise & IT

ASRock DeskSlim Series Delivers RTX PRO Blackwell Performance in a Compact 5L Workstation

Samsung Introduces Galaxy Tab S12 Series
Consumer Electronics

Samsung Introduces Galaxy Tab S12 Series

PlayStation Plus Monthly Games for October 2026
Gaming

PlayStation Plus Monthly Games for October 2026

Popular Reviews

Endorfy Thock V2 Wireless Keyboard

Endorfy Thock V2 Wireless Keyboard

The Quiet Technology Behind the Spin

The Quiet Technology Behind the Spin

SoundPeats Cove Pro

SoundPeats Cove Pro

Akaso Brave 8 Lite

Akaso Brave 8 Lite

SoundPeats C30

SoundPeats C30

Kioxia Exceria Plus G3 512GB microSD

Kioxia Exceria Plus G3 512GB microSD

be quiet! Dark Perk Mice

be quiet! Dark Perk Mice

XbotGo Chamaleon

XbotGo Chamaleon

Main menu

  • Home
  • News
  • Reviews
  • Essays
  • About
    • Submit News

    • Contact Us
    • Privacy

    • Promotion
    • Advertise

    • RSS Feed
  • About
  • Privacy
  • Contact Us
  • Promotional Opportunities @ CdrInfo.com
  • Advertise on out site
  • Submit your News to our site
  • RSS Feed