MilesTek’s HDMI over Coax Extender Set is a HDMI extender using a single coaxial cable as transmission media. This enables easy HDMI installation over a long distance. Full High-Resolution HDTV signals are supported up to a resolution of 1080P at a maximum distance of 150 meter. Installer will also have the ability to customize the length by using this extender set. The system will auto adjust feedback, equalization and amplifier, the user does not need to care about the length of the cable.
Part # 90-12024, HDMI Over Single Coax
Features:
Extends high definition HDMI compliant devices up to 150 meters
Supports resolution up to 1080P
Works with HDMI 1.3c and HDCP compliant devices
Consumer Electronics Control (CEC)
Supports xvYCC function
Extends range of HDMI by equalizing signals
Easy to install and simple to use
Specifications:
Video amplifier speed: 10.2 Gbps
Video amplifier bandwidth: 340MHz
Up to 36bit color depth
Input video signal: 1.2 Volts p-p
Input DDC signal: 5 Volts p-p (TTL)
Connector I: HDMI type A 19-Pin female
Connector II: BNC type
Power supply: DC5V
Dimension: 117.5 x 68 x 26.5mm
Order Today, http://www.milestek.com/shop/product.asp?id=90%2012024&cid=&kwd=&l=&p=
HDMI has been universally adopted by digital television manufacturers, driving connectivity requirements for a wide variety of source devices. At MilesTek, we take great pride in staying ahead of the trends and our HDMI solutions exemplify our product focus to meet your project specifications.
Whether you need to convert, switch, split, or extend your HDMI signal, MilesTek has the products to make your installation a success. Here’s a quick summary of the lastest products:
- “All to HDMI” converter/scaler: allows up to 9 different source devices to be up-converted to an HDMI display.
- VGA to HDMI and Composite/S-Video to HDMI converters/scalers: these allow you to transmit your analog video signal onto a digital HDMI display.
- 4×2 and 4×4 HDMI Matrix Switchers: combine video sharing and video splitting in one device. Distribute signal from any one of 4 sources to either display or all displays simultaneously.
- 1×8 HDMI Splitter: allows distribution of one HDMI signal source out to up to eight HDTV displays.
- HDMI over Single CAT5E/CAT6 transmitter/receiver set: supports and extends 1080p resolution up to 150 ft. from HDMI source. Allows savings on material costs by pulling just one run of Category UTP cable.
Check out our new HDMI devices today.
http://www.milestek.com/search.asp?skw=lkghdmi&image.x=0&image.y=0
We are pleased to announce our most robust offering of VGA distribution devices ever with the addition of new splitters/distribution amplifiers, switchers and matrix switchers. Highlights of our new products include the following:
- VGA 2×4 Matrix Switcher
- 1×2 and 1×4 VGA splitters with 3.5 stereo audio allow you to broadcast video from one computer to two or four display monitors. These devices have a high bandwidth of 400MHz and support up to a 2048×1536 maximum resolution. 1×2 VGA and audio splitter over CAT5 device set distributes VGA from one computer source to a local display, plus 2 remote displays over a distance of 1,000 ft. away.
- 2×1 and 4×1 VGA switchers allow two or four computers to share one video display with VGA port. These premium video selectors have a high bandwidth of 250MHz to maintain video integrity and provide high resolution up to 1920×1440.
- 2×2 and 2×4 VGA matrix switchers, with 3.5 stereo audio or without, combine video sharing and video splitting in one device. Two computers can share two or four displays with VGA port (Video Share), or a computer can control the two or four video outputs and project to all monitors (Video Splitter). These devices also have a bandwidth of 250MHz and resolution up to 1920×1440.
Check out our new VGA devices today.
http://www.milestek.com/search.asp?skw=ABTVGA&image.x=0&image.y=0
Need a DVI solution? MilesTek now provides multiple DVI distribution devices in order to meet your needs, and we are confident you will be satisfied.
The DVI over Single Cat5E/6 Passive Balun set will allow signal distribution using ONLY ONE inexpensive Cat5/6 cable, as does the DVI over Single Cat5E/6 Active Balun. The Passive Balun set will extend the transmission distance up to 100ft @ 1024×768 XGA or 50ft @ 1600×1200 UXGA while the Active balun will extend the transmission distance up to 200ft @1024×768 XGA or 100ft @ 1600×1200 UXGA. Both are DVI 1.1 compliant, and while the Active Balun requires one AC/DC 5V 2A adapter (included for active box), the passive Balun does not require an external power source.
The MilesTek 1×2 or 1×4 DVI Splitter are perfect for connecting multiple DVI digital monitors to a single computer. The 1×2 Splitter connects two DVI digital monitors to one computer and broadcast to multiple monitors simultaneously with the DVI video splitter, while the 1×4 connects four monitors to one computer. Both built-in video extenders ensure clear and sharp images as far as 32ft away from the CPU. Enhance your presentations, broadcast real-time data, use in classrooms and training facilities, or for remote security monitoring – either way this product epitomizes quality. To ensure the best video integrity, the video splitter has a high bandwidth of 165MHz, up to 1600×1200 60Hz maximum resolution and a two level cascade capability that provides for future expansion. These products also support digital plasma screen & flat panel, projectors and any video display with DVI port. Includes power cable and rack mount kit.
With the MilesTek 2×1 and 4×1 DVI Switchers, you can connect two computers (2×1) or four computers (1×4) to share one flat panel, plasma monitor, projector or any video display with DVI port. This premium video selector has built-in signal booster up to 32ft to maintain video integrity and provides clear & sharp images. Ideal for presentations, classrooms, control center, remote monitoring & training facilities. Provides high resolution up to 1280×1024 60Hz, DDC2 support, status LEDs, front panel port selector. Includes power adaptor and rack mount kit.
http://www.milestek.com/search.aspskw=ABTDVI&image.x=0&image.y=0Check out MilesTek’s new DVI devices today!
While plastic wall plates provide an adequate solution, MilesTek understands that some commercial environments are more physically demanding and require a more durable metal wall plate.
With durability in mind, we are pleased to introduce our new high-quality, clear anodized aluminum wall plates. These plates provide a rugged mounting surface for professional AV connectivity and are designed to stand up to years of continued service while maintaining an aesthetically pleasing appearance. Each plate is individually assembled and engraved, and comes complete with matching mounting hardware.
These plates are perfect for commercial systems integration. Examples of applications include classroom and educational facilities, corporate conference rooms and boardrooms, houses of worship, and other digital signage areas. Combined with our AV cables and devices, MilesTek customers now have professional end-to-end installation solutions.
Complete project solutions, technical expertise and unmatched value to help you solve your connectivity challenges - more examples of the MilesTek Advantage!
http://www.milestek.com/search.asp?skw=ZZWPA10
Check out MilesTek’s new Professional AV Aluminum Wall Plates!
Surface Raceway System products are ideal for concealing category UTP, fiber optic and coaxial cable when the cabling run may not be hidden behind a wall. MilesTek’s surface raceway system is a one-piece latching duct, designed with a flexible hinge, allowing numerous openings without creating discoloration or stress cracking. The self-locking, hidden positive latch provides for quick re-entry as well as secure installation of wire and cable. Wide raceway base/boxes have foam-backed adhesive, offering high ultimate bond strength to most any surface and typically reduce the installation time required. Additional system attributes include:
• Surface raceway, fittings and junction boxes are made of 94V-0 PVC
• Raceway ducts come in 6 ft. and 8 ft. lengths and three widths, ¾”, 1¼” and 1¾” and are sold in single pieces or economical 20-piece boxes.
• Minimum 1” bend radius fittings.
• 2” deep single-gang and 1½” deep double-gang junction boxes offered.
• Fittings for 1” minimum bend radius conform to EIA/TIA CAT5E/6 requirements
Customers advise us that these systems offer an outstanding value, providing an economical yet professional finish to their cabling implementations. We are delighted to have this product in-stock and ready to ship!
http://www.milestek.com/lp_raceway_systems.asp
Check out MilesTek’s Surface Raceway Systems!
USB 1.1
The Universal Serial Bus is the most widely deployed PC peripheral interface in history, enabling simple plug and play connectivity for a wide variety of devices to enhance the computing experience. Developed to improve ease of use and provide flexible port expansion, the USB bus has become an indispensable computing technology. USB 1.1 provides support for two interface speeds: Low Speed at 1.5Mb/s and Full Speed at 12Mb/s. The two interface speeds target specific classes of devices to provide the most efficient and cost-effective interconnect solution. Low speed devices are typically interactive input devices such as keyboards, mice or game controllers. Full speed devices are typically application specific input devices such as microphones, cameras and printers. Despite the introduction of USB 2.0 and 3.0, USB 1.1 is still a very viable and usable option, depending on your application and speed requirements.
USB 2.0
The Universal Serial Bus is the most widely deployed PC peripheral interface in history, enabling simple plug and play connectivity for a wide variety of devices to enhance the computing experience. As PC’s and peripheral devices have added more processing bandwidth, performance and features, the USB 2.0 standard was developed to offer a complimentary high-speed transfer rate at 480Mb/s. Backwards compatible with the full speed and low speed transfer rates of USB 1.1, USB 2.0 delivers a significant bandwidth increase while maintaining the value added features that motivated the original USB development.
Super Speed USB 3.0
As technology innovation marches forward, new kinds of devices, media formats, and large inexpensive storage are converging. They require significantly more bus bandwidth to maintain the interactive experience users have come to expect. In addition, user applications demand a higher performance connection between the PC and these increasingly sophisticated peripherals. USB 3.0 addresses this need by adding an even higher transfer rate to match these new usage and devices.
USB continues to be the answer to conncectivity for PC, Consumer Electronics, and Mobile architectures, It is a fast, bidirectional, low-cost, dynamically attachable interface that is consistent with the requirements of the PC platforms of today and tomorrow.
SuperSpeed USB brings significant performance enhancements to the ubiquitous USB standard, while remaining compatible with the billions of USB enabled devices currently deployed in the market. SuperSpeed USB will deliver 10x the data transfer rate of Hi-Speed USB, as well as improved power efficiency.
• SuperSpeed USB has a 5 Gbps signaling rate offering 10x performance increase over Hi-Speed USB.
• SuperSpeed USB is a Sync-N-Go technology that minimizes user wait-time.
• SuperSpeed USB will provide Optimized Power Efficiency.No device polling and lower active and idle power requirements.
• SuperSpeed USB is backwards compatible with USB 2.0. Devices interoperate with USB 2.0 platforms. Hosts support USB 2.0 legacy devices.
The USB 3.0 SuperSpeed specification has been ratified. The SuperSpeed specification provides the technical details to understand USB 3.0 requirements and design USB 3.0 compatible products and is available for download from the official USB website at www.usb.org/developers/docs/.
Check our MilesTek’s complete line of USB products, http://www.milestek.com/search.asp?skw=ZZAVD
RG6 Quad shield and RG6 Dual shield are pretty much identical in terms of signal loss. However, when it comes to rejecting interference, Quad is far superior and should be used in high EMI environments. If there is absolutely no chance of interference, Dual would be fine.
Check out MilesTek’s offering of RG59 and RG6 coaxial cables:
http://www.milestek.com/lp_coax_cable.asp
The first obvious difference between RG59 and RG6 is the diameter of the cables themselves. Standard RG59 coax has a 20 AWG copper center conductor and RG6 coax has an larger 18 AWG copper center conductor, offering higher bandwidth and longer distance capability.
Generally, RG6 is widely used in CATV and Satellite DSS applications and RG59 is used for in analog CCTV or baseband video applications. RG6 Dual or Quad Shield shouldn’t be utilized for baseband applications, such as video projectors, component video, plasma TV’s, etc. It may sound like a great solution because of all the layers of shielding, but RG6 Dual and Quad Shield don’t have the proper type of shielding for the above described applications. It is manufactured using foil shields and braided aluminum shields. The makeup of the shields differs between models. The effective range of operation for foil shields is above 50MHz, which makes them perfect for rejection of radio frequency interference, or RFI, that may have an effect on satellite or cable installations. At frequencies below 50 MHz, however, foil shields are not effective. The braiding on the RG6 Dual shield and the RG6 Quad shield doesn’t have enough coverage to work effectively with baseband applications.
The frequencies that are used in High Definition are usually around 37 MHz. For those lower frequencies, an RG59 with a 95% all-copper shield is designed to block RFI inclusion at base band frequencies. Because RG59 does not have a foil shield, it shouldn’t be utilized for satellite feeds or cable feeds.
RG59 has a little less signal reduction, or attenuation, over 100 feet. The shielding on RG59 does not work quite as well to maintain Gigahertz level signals inside of the center conductor. RG6 has a better design for maintaining the signal levels inside the center conductor. This is the reason RG6 has become the standard for broadband CATV and satellite systems. A basic rule of thumb is to use RG6 for any Rapid Frequencies, and use RG59 for video frequencies. RG6 has an aluminum braid and an aluminum shield. RG59 comes with a copper braid, and in some instances, an aluminum braid and shield, although this is quite rare.
Check out MilesTek’s offering of RG59 and RG6 coaxial cables:
http://www.milestek.com/lp_coax_cable.asp
The traditional usage of 50 Ohm BNC connectors on 75 Ohm cable in analog video and analog telephony central office equipment has little distortion effect on the signal at frequencies below 300 MHz.
However, digital signals in video and telephony applications have necessitated the usage of 75 Ohm connectors with 75 Ohm cable. Mismatched connectors cause attenuation of the digital signal resulting in slower rise time of square waves. This distortion of the signal can cause transmission errors. Also, impedance mismatched connections cause reflections of the signal returning to the source known as return loss. Perhaps one mismatched connection will not have a noticeable effect on system performance, but multiple mismatched connections in the link between the source and destination have a cumulative effect causing possible distortion of the transmitted signal.
