Collection of Laser TV news, updates, reviews. What is Laser TV? Is Laser TV can win against LCD, Plasma, OLED? Everything about Laser TV

Friday, September 19, 2008

QPC Lasers Finishes Development Phase of Laser TV Contract

QPC Lasers, Inc. “QPC,” a maker and developer of high power semiconductor chip-based lasers, reported that it has successfully met the performance requirements for red, blue, and green lasers related to its recently announced $12 million laser TV contract. The company noted that it had thereby completed the technology development phase of the contract with an unnamed major Asian manufacturer of consumer electronics. According to the contract, QPC will be the exclusive laser supplier over the next three years for $11 million. The contract reportedly carries a potential value of up to $230 million over the 10 year term of the contract. QPC previously demonstrated its green laser technology based on frequency doubling of its proprietary BrightLase single-mode laser technology in Sept. 2007. At the time, the company boasted of continuous wave and peak conversion efficiencies of greater than 50 percent.

“QPC is enabling a new generation of lower cost and dramatically improved high definition large screen televisions by replacing today’s poor quality light sources with our bright, power efficient, cost effective and ultra compact lasers,” said QPC co-founder and CEO Dr. Jeffrey Ungar. “Utilizing QPC’s unique laser technology instead of LEDs, OLEDs and other poor quality and inefficient light beam sources, consumers will see a broader visible color spectrum, and a sharper, brighter, more vivid image than today’s LCD or Plasmas can offer,” continued Dr. Ungar. Ungar also indicated that a variety of projection displays and ultra-portable projectors for cell phones and laptops could benefit from the technology

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Saturday, September 6, 2008

QPC Lasers Announces Completion of Development Milestones for $12 Million Laser TV Contract

Leader in high power chip-based laser technology demonstrates prototype high brightness red-green-blue lasers for next generation Laser TV

SYLMAR, Calif.--(BUSINESS WIRE)--QPC Lasers, Inc. (OTCBB:QPCI) "QPC," a world leader in the design and manufacture of high brightness, high power semiconductor chip-based lasers for the consumer electronics, industrial, defense, and medical markets, announced that the company has successfully met the laser performance milestones for all three colors (red, green and blue) in connection with its recently announced $12 Million Laser TV contract, thereby completing the technology development phase of the contract. The contract with a major Asian manufacturer of consumer electronics provides for an exclusive supply relationship, and provides for an $11 Million supply agreement to be delivered over the next three years and carries a potential value of up to $230 million over the 10 year term of the contract.

"QPC is enabling a new generation of lower cost and dramatically improved high definition large screen televisions by replacing today's poor quality light sources with our bright, power efficient, cost effective and ultra compact lasers," said QPC co-founder and CEO Dr. Jeffrey Ungar. "Utilizing QPC's unique laser technology instead of LEDs, OLEDs and other poor quality and inefficient light beam sources, consumers will see a broader visible color spectrum, and a sharper, brighter, more vivid image than today's LCD or Plasmas can offer," continued Dr. Ungar.

"In addition to televisions, a variety of projection displays are in position to profit from QPC's superior laser light sources including portable projectors for cell phones and laptops, home and commercial theatre, as well as 3 Dimensional applications for which we announced a $3.5 Million contract last week," Ungar concluded.

QPC previously demonstrated its green laser based on frequency doubling of its proprietary BrightLase® single-mode laser technology. [See prior announcement, September 18, 2007.] BrightLase® single-mode lasers produce single frequency output powers exceeding 9 Watts continuous wave and peak conversion efficiencies greater than 50%.