Sync Cord
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 Ikelite DS 161 Movie Substrobe Package with Ikelite TTL sync cord 394501  US $1,249.95
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 DS160 Strobe Ball Arm Single Sync Cord 394490 US $1,099.95
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 DS51 Strobe Ball Arm Dual Sync Cord 394452 US $649.95
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 Ikelite 410462 Sync Cord Nikonos to 2 Ikelite Strobes US $159.95
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 Custom Made 1 into 3 70 foot Paramount PC cord for Strobist High Speed sync US $149.95
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 Sync Cords Lot Of 9 for 60ct PC US $120.00
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 Off Camera E TTL Flash Sync Cord for Canon D SLR OC E3 US $111.74
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 Sunpak auto 511 flash w PC sync cord US $99.99
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 Ikelite 410431 Sync Cord Nikonos to 1 Ike TTL Substrobe US $99.95
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 Housing to 1 Ikelite Strobe Sync Cord 410351 US $99.95
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 Ikelite 41046 Sync Cord Nikonos to 1 Ikelite Strobes US $99.95
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 Nikon Nikonos sync cord for SB 102103104 and SB 105 US $89.99
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 Fantasea 6180 Sync Strobe Flash Cord for Nikonos 5 Pin US $89.89
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 Lot Of 2 Sync Cords For 60CT US $80.00
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 Vivitar 283 Hot Shoe Mount Flash with wide angle adapter diffuser PC sync cord US $69.99
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 Metz Coiled Sync Cord 45 54 US $50.00
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 used Vivitar 32 speedlight flash hot shoe with PC synC cord AC adapter US $49.99
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 used Vivitar 283 Hot Shoe Mount Flash rated B with PC sync cord US $49.99
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 METZ SYNC CORD COILED PC 60 52 45CT5 60 US $46.00
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 Toshiba ES 36 Electronic Flash Bracket and Sync cord US $45.00
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 10M Off Camera I TTL Flash Sync Cord for Nikon SC 28 US $45.00
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 Sunpak AP 52 Handle Flash with Sync Cord Wide Attachment US $44.99
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 Nikon Underwater Tray Arm Joint sync cord Set for Nikonos US $44.99
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 Nikon SC 19 TTL multi flash sync cord boxed MINT US $44.25
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 Wireless Flash Trigger Set 2 Recevier with PC Sync Cord US $40.99
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 Lumedyne 3 Coiled Sync Cord Household AC to PC 030 ASC1 US $40.50
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 Sync Cord Metz 402 US $40.00
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 METZ SYNC CORD COILED V50 FOR P76 V76 MZ5376 US $38.00
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 Paramount PMG215S 15ft Straight Sync Cord AC Male to PC US $37.43
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 Quantum Radio Slave Sync Cord 15 ft US $36.85
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 Genuine Nikon SC 27 TTL Multi Flash Sync Cord SC 28 US $36.00
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 Paramount 1ft Straight Sync Cord Miniphone to Hot Shoe PMMHSF1 US $35.95
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 25pcs 12 Inch — Male PC to Male PC Sync Cord US $34.99
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 Quantum Sync Cord 5 ft US $34.95
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Music Without Cables? - A Look At Wireless Audio Transmitter Devices
Avoiding the large clutter of cables has lead to a variety of wireless audio transmitter devices over the years which claim to untie your home audio equipment. Can these devices make good on their claim to eliminate the cable clutter? What impact has changing technology had on their performance?
AM and FM radio was launched several decades ago and was the first type of wireless audio transmission. FM radio is still popular until today although some newer technologies such as satellite radio and digital radio formats such as HD radio and DAB radio have begun to replace traditional FM radio. Today's wireless consumer devices such as wireless speaker kits, baby monitors, Bluetooth audio transmitters and wireless microphones cut the cord.
Installing speakers in another room and distributing music throughout the home are some of the applications of wireless audio. Many houses are not wired for audio. Not every technology is perfect when it comes to wireless audio as we will find out.
One of the most traditional technologies is FM broadcasting. Audio is broadcast via a radio-frequency signal which is modulated (changed in frequency) with an audio signal. This technology is called frequency modulation or FM. It is fairly simple to implement. Consequently FM transmitters are very cost-effective. Also, FM transmission offers high range. Most of today's wireless consumer devices use FM transmission. FM, however, has serious drawbacks compared with new technologies.
The FM signal will pick up hiss. Therefore there will be noticeable background noise. The amount of static will depend on the location of the transmitter and radio. This is due to the fact that the radio signal is bouncing off walls and will cancel itself out at different locations. This phenomenon is known as multi-path fading. Using two antennae is one approach some devices use to cope with this difficulty (diversity receivers). In addition, FM transmissions will easily pick up interference from other wireless devices.
Another technology which has gained popularity lately is known as Bluetooth. Bluetooth was originally designed to connect computer peripheral devices wirelessly. Bluetooth will convert he audio into a digital format. This data is then sent via the Bluetooth wireless protocol. Bluetooth is fairly robust in terms of interference and is well standardized. Bluetooth, on the other hand, has some problems in regard to wireless audio since it was not designed for wireless audio originally. Bluetooth merely offers a range of 30 ft or less and will compress the audio since it does not offer enough room to transmit an uncompressed CD-quality signal. This compression will result in a loss of audio quality depending on the degree of compression. Another drawback is that Bluetooth will introduce a delay or latency to the signal during the broadcast. This delay is a particular problem for video and surround sound applications. In these applications the sound from the wireless speakers would be out of sync with the video and remaining speakers.
Terrestrial digital and satellite radio technologies offer high range but use extensive audio compression and have an audio delay of up to several seconds.
Another technology transmits the audio signal without compression digitally. This technology is used in wireless audio transmitters from Amphony. By avoiding audio compression, the signal will preserve the original quality. This technology offers an audio latency of less than 1 ms. Therefore these transmitters can be used for wireless speaker kits in a home theater system and other real-time applications.
This technology is rather robust against radio interference from other wireless transmitters by using a technique known as forward error correction. The Amphony transmitters operate at 5.8 GHz. This frequency space is less crowded than the 900 MHz or 2.4 GHz bands consequently leading to a further improvement of performance. Other than Bluetooth, this technology can operate any number of receivers per transmitter which is essential for sending audio to several locations throughout the home.
How To Store Your Files in The Cloud - And Why You'd Want To (readwriteweb)
So far in our series exploring cloud computing for consumers, we've looked at
calendars and music. In the multi-device world we now live in, files from your
computer are also increasingly being stored in the cloud.
One of the leading Internet companies of this era is essentially a hard drive
in the cloud. Dropbox, by some measures the world's 5th most valuable startup,
makes it easy for you to sync files across devices. There are other, similar
services too. Or you can go completely virtual by using an online office suite
like Google Docs. In this article we outline some of the ways that you too can
use the cloud to store your files.
_Sponsor_
## Dropbox
I polled my Google+, Twitter and Facebook followers about which cloud services
they use for file storage. Many of them mentioned Dropbox. Here's how I myself
use Dropbox, probably a fairly typical use case:
I have a group of mainly business-focused folders on the hard drive of my
desktop computer. Prior to Dropbox I would either send them to my laptop
computer via FireWire (a high speed cord that connects one Mac computer to
another) or by emailing important documents. ...
USB Data Sync Cable Cord for iPod Nano iPhone 3G
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