June 1, 2004... DALLAS, Texas USA -- Company plans to introduce a new generation of energy efficient, low cost LED lighting solutions to provide significant economic and environmental benefits. Initial testing indicates energy savings of 65% - 90% when To fluorescent or incandescent bulbs.
The Phoenix Group Corporation (Pink Sheets: PXGP) announced today the acquisition of Lighting Science, Inc., a designer of a new generation of energy efficient, low cost LED light bulbs.
The Phoenix Group purchased the stock of Lighting Science by issuing 76,740,391 shares of common stock of The Phoenix Group with an obligation to issue up to 71,999,441 additional shares based on certain conditions under the purchase agreement. The Phoenix Group also agreed to make certain amounts available to Lighting Science to fund its working capital as specified in the purchase agreement.
The acquisition of Lighting Science is an important step in our efforts to create increased value for our shareholders, said Ron Lusk, chairman, The Phoenix Group Corporation. We are excited to be part of a revolutionary product launch that has the potential to replace existing light Bulbs with a new low cost, environmentally friendly solution that will play an important role in power conservation efforts.
The synergy created by the joining of The Phoenix Group and Lighting Science should allow us to bring our products to market faster with a wider distribution in the $3 billion lighting industry, added Fred Maxik, chief executive officer, Lighting Science, Inc. This is an Exciting industry because we expect LED technology will continue to evolve, leading to broader applications, increased cost reductions and energy savings.
Lighting Science is prepared to introduce LED light bulbs for both commercial and residential applications that use dramatic less energy and produce less light pollution than incandescent and fluorescent bulbs. The bulbs are expected to offer a better quality light output and an extended life span. Bulbs for commercial and residential use are currently scheduled for release by Lighting Science in late 2004.
LED technology has been in use since 1968, but until recently was used only in signaling applications such as those in cars and traffic signals, said Maxik. We anticipate that our new patent-pending LED bulbs will expand the use of the technology to a wider Range of industries that have considerable lighting needs such as hotels, casinos, shopping centers, parking lots, automobile dealers, retail stores and restaurants.
Benefits of LED Lighting
The benefit of LED lighting range from environmental advantages to significant cost savings. For example, significant taxpayer savings can be achieved by retrofitting existing municipal lighting with the new streetlights that we plan to introduce, said Maxik. Continued improvements in LED manufacturing should amplify the efficiency Advantages in the future.
LED technology is one of the most energy efficient types of lighting because it uses semiconductors rather than charged gas or heated filaments to convert electricity into light, which dramatic reduces wasted heat output from the bulb. LED light bulbs can be produced more efficiently than both incandescent And fluorescent bulbs when measuring equivalent light on a given surface. Initial testing indicates that LED bulbs can last for more than 50,000 hours, or nearly 34 years, based on four hours of usage per day, seven days per week, which is up to 50 Times longer than incandescent bulbs and up to 16 times longer than typical compact fluorescent bulbs.
In light of todays high energy prices, the cost savings of LED bulbs due to reduced energy consumption will be a big relief, especially to commercial and industrial entities, said Lusk.
About The Phoenix Group Corporation
The Phoenix Group Corporation (the Company) is a Delaware Corporation organized in June 1988. In the past, Phoenix has predominately been engaged in providing healthcare management and ancillary services to the long-term care industry. Management of the Company has undertaken a strategic business Plan to reposition Phoenix through new initiatives involving targeted business acquisitions in high growth industries.
About Lighting Science, Inc.
Lighting Science, Inc., based in Las Vegas, Nevada, is a designer of a new generation of energy efficient, low cost LED light bulbs.
Certain statements in the press release applying forward-looking statements relating to The Phoenix Group Corporation and its subsidiaries within the meaning of the Private Securities Litigation Reform Act of 1995. All statements regarding future events, our financial performance and operating results, our business strategy and In some cases you can identify forward-looking statements by terminology such as may, would, would, should, could, expect, intend, plan, anticipate, believe, estimate, predict, potential or continue In the case of the negative differences, the uncertainties and other factors may cause actual results to differ materially from those condensation by the statements. Factors that may cause our actual results to differ materially from any forward-looking statement s.
Editors Note: For illustrations of Lighting Science, Inc.s new LED light bulbs visit http://
Antenk mini usb:The small USB socket found on digital cameras, external hard drives, USB hubs and other equipment. Mini USB is much smaller than USB Type A and B but twice as thick as Micro USB (see illustration below).
MINI USB, also known as Mini USB, is a USB interface standard. USB is the abbreviation of universal serial bus in English, which means "universal serial bus" in Chinese. It is a technology developed for data transmission between PC and digital devices. Standard USB, MINIUSB and microusb have become the most common USB interfaces. Compared with standard USB, MINIUSB is smaller and suitable for small electronic devices such as mobile devices.
Mini USB is divided into a type, B type and ab type. Minib type 5pin interface is the most common interface. Due to its excellent anti misplug performance and small size, it is gaining the favor of many manufacturers. This interface is widely used in card readers, MP3, digital cameras and mobile hard disks.
Mini USB a, B connectors and their contacts (not drawn to scale) Mini USB Connector contact function
1 VBUS (4.4–5.25 V)
2 D−
3 D+
4 ID
5 grounding
The ID foot is only used in OTG function. The Mini USB interface is divided into mini-a, B and ab interfaces. If your system is only used as a slave, then use the B interface. The system controller will judge the level of the ID pin and determine what kind of device is inserted. If it is Gaoping, it is the B connector. At this time, the system will do slave mode. If the ID is low, it will be a interface. Then the system will use HNP dialogue protocol to decide which is the master and which is the slave
OTG is the abbreviation of on the go, that is, OTG technology is to realize the data transmission between devices without host. It is mainly used in the connection between different devices or mobile devices for data exchange. For example, the digital camera is directly connected to the printer, and through OTG technology, the USB port between two devices is connected to print out the photos taken immediately; the data in the digital camera can also be sent to the mobile hard disk of USB interface through OTG, so there is no need to carry expensive memory card or carry a portable computer for field operation.
Except for pin 4, other interface functions of Mini USB are the same as those of standard USB. The fourth needle becomes the ID, which is connected to the fifth needle on the mini-a, and can be suspended in the mini-b or connected to the fifth needle.
Mini USB
ShenZhen Antenk Electronics Co,Ltd , https://www.antenkwire.com