SURVEILLANCE SYSTEMS

Have you ever wanted to be in two places at the same time? You may not be able to be
there physically, but at Dicsan Technology we can help you to always be informed
about what is going on in and around your home or business. Installing a Security
Cameras System
 and setting up Remote Monitoring on your Smartphone, Tablet, PC or
TV; you’ll be able to have the peace of mind you deserve knowing exactly what is
happenning in real time at your property while you are away.

SECURITY CAMERAS FEATURES - VIDEO COMPRESSION

Video compression is an important tool to help prevent network traffic from becoming saturated.

SECURITY CAMERA VIDEO COMPRESSION

MAINTAIN THE QUALITY OF MOVING IMAGES & REDUCE BANDWIDTH

Security camera video compression is performing through a video codec that works on one or more compression algorithms. Compressing video from surveillance systems consists of applying an algorithm that involves using an algorithm to the source video to create a compressed file that is ready for transmission or storage. An inverse algorithm is applied to produce a video that shows virtually the same content as the source video to play the compressed file. The time it takes to compress, send, decompress and display a file is called latency. The more advanced the compression algorithm, the higher the latency.

Once a security camera video is compressing, its original format changes into a different form (depending on the codec used). A pair of algorithms that works together is called a video codec (encoder/decoder). Video codecs of different standards usually are not compatible with each other. That is, video content compressed using one bar cannot be decompressed with a different standard. The video player must support that video format or be integrated with the compressing codec to play the video file

SECURITY CAMERA VIDEO COMPRESSION - HOW DOES IT WORK?

A security camera video compression is a valuable tool when your security camera system has bandwidth and storage limitations. The compressed video files will take up less space, allowing you to store more videos or keep the files for more extended periods. However, if your video is compressing too much, the image quality can remain uncompromising. For this reason, it is essential to choose the right security camera video compression technology to have the best balance possible between video compression and image quality.

SECURITY CAMERA VIDEO COMPRESSION - WHAT IS A CODEC?

There are two types of codecs – lossy and lossless. In lossless security camera video compression, no pixels are changing, so the image looks the same after decompression. With lossless security camera video compression, every single bit of data that was initially in the file remains after the file is uncompressed. Though lossless security camera video compression is adequate for video compression, its major disadvantage is that it doesn’t reduce the data very much. Most video compression is base on the lossy security camera video compression format, which compresses data to lose some of the original information. However, it achieves much smaller file sizes while still retrieving a pretty clear image.

H.264 VS H.265 :

CHOOSING THE RIGHT SECURITY CAMERA VIDEO COMPRESSION

Different security camera video compression standards reduce data by various means. Hence, results differ in bit rate, quality, and latency. Video compression is an essential tool to help prevent network traffic from becoming saturated. What are the most popular security camera video compression standard or compression schemes? There are three significant security camera video compression worldwide standards:

Video compression security cameras system

H.264 is another name given to MPEG-4 Part 10, also known as AVC (Advanced Video Coding). 

H.264 security camera video compression is the newest and most efficient security camera video compression codec. It works by taking small groups of frames and evaluating them together as a series to eliminate duplicate content that appears in each frame without changing. H.264 offers higher compression rates. It requires much less storage space than MPEG-4 and M-JPEG.

 

M-JPEG is the compilation of separately compressed JPEGs in a sequence, thus creating a video. It focuses on the quality of the image rather than the quantity, i.e., fewer frames per second and priority give to image resolution. This security camera video compression is appropriate for megapixels, and many other security cameras are supported. Some advantages of M-JPEG include better decompression on the computer, better live viewing, and excellent image quality (consistently). M-JPEG is also unlicensed, making it accessible for the user and viewer. Another aspect that makes M-JPEG good is its robustness, and if one frame is dropping, it does not affect the video.

MPEG-4 uses techniques similar to M-JPEG, as far as putting pictures in a sequence. It essentially compares two compressed images and saves the photo. It holds only the difference from each additional sequential image, such as movement, thus saving time, memory space, and processing power. It can sync audio and video and is excellent for real-time viewing. MPEG-4 was designed to support low-bandwidth applications.

SECURITY CAMERA VIDEO COMPRESSION : CONCLUSION

Security camera video compression technologies such as Motion JPEG, MPEG-4, and H.264 allow users to transmit and record high-quality security videos without consuming much bandwidth. Even though the security camera video compression industry is relatively mature, such as the new H.265+ standard will bring us better image transmission. Would you like to learn more about H.264 vs. H.265+? Contact Dicsan Technology to learn more about how you can benefit from security camera video compression and security system installer and everything about surveillance in Miami. Contact us

TRUST DICSAN TECHNOLOGY WITH YOUR SECURITY WE DON'T DISSAPOINT!

BENEFITS

Peace of mind

Stations, cabling, backups. Let us handle every equipment in your network while you focus on growing your business.

Remote support

Remote monitoring enable us to access and repair most problems right from our location reducing response times significantly.

Increase efficiency

24/7 monitoring allows us to proactively detect any potential problem to avoid substantial cost and prevent downtime.

Vendors negotiation

We will deal with vendors and partners to find the best proposes for your business and we will advise the most adequate solution to your needs.

Skilled team

A professional, well-trained, competent staff that can be trusted using proven processes and advanced technologies.

One payment: many services

You will be able to plan ahead for IT and security projects just like every other utility service and avoid unexpected emergency costs or hidden fees.

Miami-Dade County:

Aventura, Bal Harbour, Bay Harbor Islands, Biscayne Park, Coral Gables, Cutler Bay, Doral, El Portal, Florida City, Golden Beach, Hialeah, Hialeah Gardens, Homestead, Indian Creek, Key Biscayne, Medley, Miami, Miami Beach, Miami Gardens, Miami Lakes, Miami Shores, Miami Springs, North Bay Village, North Miami, North Miami Beach, Opa-Locka, Palmetto Bay, Pinecrest, South Miami, Sunny Isles Beach, Suftside, Sweetwater, Virginia Gardens, and West Miami.

Broward County:

Boulevard Gardens, Broadview Park, Coconut Creek, Cooper City, Coral Springs, Dania Beach, Davie, Deerfield Beach, Fort Lauderdale, Franklin Park, Hallandale Beach, Hillsboro Beach, Hillsboro Pines, Hollywood, Lauderdale Lakes, Lauderdale-by-the-Sea, Lauderhill, Lazy Lake, Lighthouse Point, Margate, Miramar, North Lauderdale, Oakland Park, Parkland, Pembroke Park, Pembroke Pines, Pine Island Ridge, Plantation, Pompano Beach, Roosevelt Gardens, Sea Ranch Lakes, Southwest Ranches, Sunrise, Sunshine Acres, Tamarac, Washington Park, West Park, Weston, and Wilton Manors.