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Lightwave Receiver
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HP 83411C Lightwave Receiver, 300 kHz - 6 GHz opt 012 |  |
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US $1,199.00 | 29d 19h 46m |
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HP/Agilent 83434A 10 Gb/s Lightwave Receiver | |
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US $499.00 | 29d 6h 33m |
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HP Agilent 83446B Lightwave Clock Data Receiver | |
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US $1,350.00 | 28d 16h 40m |
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HP/Agilent 83446A Lightwave Clock/Data Receiver Calib. | |
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US $1,895.00 | 25d 14h 54m |
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Lucent 1319PR High Speed 2.5Gb/s Lightwave PIN Receiver Module -25dB Sensitivity | |
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US $295.00 | 25d 3m |
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Lucent 1319MR High Speed 2.5Gb/s Lightwave APD Receiver Module -34dB Sensitivity | |
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US $395.00 | 24d 23h 53m |
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HP / Agilent 83434A 10 Gb/s Lightwave Receiver | |
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US $3,500.00 | 24d 3h 46m |
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83411C HP/Agilent Lightwave Receiver, 1300/1550nm w/option 017 | |
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US $650.00 | 23d 15h 52m |
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HP / Agilent 83412B Lightwave Receiver / 300kHz - 3GHz | |
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US $550.00 | 21d 16h 17m |
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Agilent 70810B Lightwave Receiver Module | |
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US $2,500.00 | 21d 15h 20m |
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HP 83411C Lightwave Receiver, 300 kHz - 6 GHz opt 012 | |
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US $1,199.00 | 29d 19h 46m |
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HP/Agilent 83434A 10 Gb/s Lightwave Receiver | |
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US $499.00 | 29d 6h 33m |
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HP Agilent 83446B Lightwave Clock Data Receiver | |
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US $1,350.00 | 28d 16h 40m |
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HP/Agilent 83446A Lightwave Clock/Data Receiver Calib. | |
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US $1,895.00 | 25d 14h 54m |
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Lucent 1319PR High Speed 2.5Gb/s Lightwave PIN Receiver Module -25dB Sensitivity | |
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US $295.00 | 25d 3m |
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Lucent 1319MR High Speed 2.5Gb/s Lightwave APD Receiver Module -34dB Sensitivity | |
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US $395.00 | 24d 23h 53m |
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83411B 300KHz ~ 6GHz LIGHTWAVE RECEIVER 1300/1550 nM | |
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US $2,250.00 | 24d 4h 57m |
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HP / Agilent 83434A 10 Gb/s Lightwave Receiver | |
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US $3,500.00 | 24d 3h 46m |
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HO 83446A STM-16/OC-48 Lightwave Clock/Data Receiver | |
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US $1,450.00 | 24d 3h 36m |
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83411C HP/Agilent Lightwave Receiver, 1300/1550nm w/option 017 | |
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US $650.00 | 23d 15h 52m |
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LightWave Console Server 3200 $471.05 LightWave Console Server 3200 |
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Receiver $15 Receiver |
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receiver $50 receiver |
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Used Lightwave Saber 5String Bass $449.99 In Store Used USED LIGHTWAVE SABER 5STRING BASS REL:10.12.10 |
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LightWave 8 Killer Tips $25.95 The hottest collection of cool tips and hidden secrets for the LightWave X user who needs results FAST! Lightwave X Killer Tips is packed with nothing but sidebar tips that the pros use every day! When it comes to LightWave, time is money. LightWave X Killer Tips is all about speed showing users how to get more work done faster, while actually increasing quality. This books is designed to teach you all those hidden productivity tips, inside shortcuts, and little known tricks with the latest version to get twice the work done in half the time. Built on the premise that "Speed Kills", you will get faster at LightWave and have more time to be creative! |
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LightWave Communications Network Card For the 3200 09300009 $233.47 LightWave Communications Network Card For the 3200 09300009 |
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LightWave Communications Device Card For the 3200 09300001 $116.55 LightWave Communications Device Card For the 3200 09300001 |
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LightWave Communications Control Card For the 3200 09300004 $230.55 LightWave Communications Control Card For the 3200 09300004 |
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LightWave Communications Terminal Card For the 3200 09300015 $230.55 LightWave Communications Terminal Card For the 3200 09300015 |
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Xbox Component Video Cable
List Price:  |
DescriptionEngineered for Use with Xbox for Serious GamersProduct InformationThe Monster Gamelink 400 X Component Video/Analog Audio Hookup of Xbox to TVS or AV Receiver with ultimate performance component video connections... |
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Xbox 100X Fiber Optic Cable
List Price: |
DescriptionUse this cable to link in with the Monster Gamelink 200X , 300X or 400X to enjoy the xBox's Dolby Digital audio in all of it's glory. The Monster Lightwave 100x is a huge improvement over the stock analog audio cable that comes with your box... |
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GAMESOUNDS REMOTE HEADPHONES FOR THE NINTENDO NES
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DescriptionPERSONAL SOUND SYSTEM FOR THE NINTENDO NES |
Key Points For Picking The Best Wireless Audio Transmitter Device For Whole-House Audio Streaming
The latest series of wireless audio transmitter products claims streaming of music throughout the house without limits. We will take a look at the most common technologies for wireless audio and give some advice for choosing the best wireless audio product.
Running music in your house can be a intimidating job. Numerous houses are not wired for multi-room audio and getting the music from your living room to your bed room can be quite a challenge. Products which solve this difficulty are mostly based on the following technologies: infrared wireless, RF wireless, wireless LAN or powerline.
Infrared is limited to line of sight because the audio signal is broadcast as lightwaves and therefore products using this technology, such as infrared wireless surround sound products, are restricted to a single room.
RF wireless audio products send the music signal via radio waves. These radio wave signals can easily go through walls. The signal is broadcast either by using FM transmission or digital transmission. FM transmitters are the least expensive alternative. They offer decent range but the audio signal is prone to audio distortion and static and is very susceptible to interference from other wireless transmitters.
Products which employ digital wireless audio transmission employ a digital protocol. Such products include transmitters from Amphony. In this protocol, prior to transmission the audio signal is converted to digital data. Some wireless audio transmitters will utilize audio compression, such as Bluetooth transmitters which will lower the audio quality to some extent. Digital wireless audio transmitters which broadcast the audio uncompressed offer the highest audio fidelity.
Wireless LAN (WLAN) products are practical when streaming from a PC but will add some amount of latency or delay to the signal because wireless LAN was not originally designed for real-time audio streaming. WLAN receivers ordinarily require purchasing a separate LAN card to be plugged into each receiver.
Powerline devices utilize the power mains to distribute audio and offer large range but run into problems if there are separate mains circuits in the house in terms of crossing between circuits. Powerline products have another challenge in the form of power surges and spikes which can cause transmission errors. To prevent audio dropouts, these products will generally have an audio latency of several seconds as a safeguard.
Here are some recommendations for choosing a wireless audio system: If you plan to stream audio into numerous rooms of your home, be sure to choose a system that permits streaming to several receivers at the same time. That way you don't have to purchase a separate transmitter for every receiver that you are streaming to. Selecting a product with some sort of error correction will help mitigate against strong RF interference. Such interference can be brought on by other wireless transmitters. Choose a digital RF transmitter to maintain the original audio quality, preferably one with an audio latency of less than 10 ms in case of video or other time-sensitive applications.
Pick a transmitter that has all of the audio inputs you need, e.g. speaker inputs, RCA inputs etc. Get a wireless system where you can buy additional receivers later on. You should verify that you can get receivers for all the different applications you have. Such receivers may include amplified receivers for passive speakers or line-level receivers for active speakers. Choose a transmitter that can adjust the audio volume of the input stage. This will give you the versatility to connect the transmitter to any kind of equipment with different signal levels. Otherwise the audio may get clipped inside the transmitter converter stage or the dynamic range is not fully used.
Make sure that the system offers amplified receivers with a digital amplifier to ensure high power efficiency. This will help keep the receiver cool during operation. Also, make sure the amplifier provides low audio distortion. This is crucial for good sound quality. Check that the amplified receiver is able to drive speakers with the desired Ohm rating and that it is small and easily mountable for simple set up. Products which work in the 5.8 GHz frequency band will have less problems with wireless interference than products using the crowded 900 MHz or 2.4 GHz frequency band.
About the Author
Brian Fuller has been involved with developing wireless and other electronic devices for over a decade. You can find further information about audio transmitter products at Amphony's website.
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