A combined digital video recorder and receiver. A digital video recorder ( DVR) is an that records video in a digital format to a, SD, or other local or networked device. The term includes with, and with recording capability, and digital. Personal computers are often connected to devices and used as DVRs; in such cases the used to record video is an integral part of the DVR. Many DVRs are classified as devices; such devices may alternatively be referred to as personal video recorders (PVRs), particularly in Canada. Back view of a Series2 5xx-generation unit Consumer digital video recorders and were launched at the 1999 in.

Microsoft also demonstrated a unit with DVR capability, but this did not become available until the end of 1999 for full DVR features in Dish Network's DISHplayer receivers. TiVo shipped their first units on March 31, 1999. ReplayTV won the 'Best of Show' award in the video category with co-founder as an early investor and board member, but TiVo was more successful commercially. Legal action by media companies forced ReplayTV to remove many features such as automatic commercial skip and the sharing of recordings over the Internet, but newer devices have steadily regained these functions while adding complementary abilities, such as recording onto and programming and remote control facilities using PDAs, networked PCs, and Web browsers.

In contrast to, hard-disk based digital video recorders make ' more convenient and also allow for functions such as pausing live TV, instant replay, (viewing a recording before it has been completed) and skipping over during playback. Many DVRs use the format for compressing the digital video. Video recording capabilities have become an essential part of the modern, as TV viewers have wanted to take control of their viewing experiences. As consumers have been able to converge increasing amounts of video content on their set-tops, delivered by traditional ', and as well as networks, the ability to capture programming and view it whenever they want has become a must-have function for many consumers. Digital video recorders tied to a video service At the 1999 CES, Dish Network demonstrated the hardware that would later have DVR capability with the assistance of Microsoft software.

Which also included WebTV Networks internet TV. By the end of 1999 the Dishplayer had full DVR capabilities and within a year, over 200,000 units were sold.

In the UK, digital video recorders are often referred to as 'plus boxes' (such as BSKYB's and Virgin Media's which integrates an capability, and the subscription free and ). Have been around in the UK since the late 2000s. British Sky Broadcasting markets a popular combined receiver and DVR as Sky+. Launched a UK model in 2000, and is no longer supported, except for third party services, and the continuation of TiVo through in 2010. South African based Africa Satellite TV beamer Multichoice recently launched their DVR which is available on their DStv platform. In addition to ReplayTV and TiVo, there are a number of other suppliers of digital terrestrial DVRs, including Thomson, Fusion, VBox Communications, and (ADB). Many satellite, cable and companies are incorporating digital video recording functions into their, such as with, DISHPlayer/DishDVR, Scientific Atlanta from Time Warner, Total Home DVR from AT&T, from Comcast and others, Media Center by Digeo (available through Charter, Adelphia, Sunflower, Bend Broadband, and soon Comcast and other cable companies), or Sky+.

Introduced their DVR system, called, which was the first PVR in Malaysia but was phased out two years after its introduction. In the case of digital television, there is no encoding necessary in the DVR since the signal is already a digitally encoded MPEG stream. The digital video recorder simply stores the digital stream directly to disk. Having the broadcaster involved with, and sometimes subsidizing, the design of the DVR can lead to features such as the ability to use interactive TV on recorded shows, pre-loading of programs, or directly recording encrypted digital streams. It can, however, also force the manufacturer to implement non-skippable advertisements and automatically expiring recordings.

In the United States, the FCC has ruled that starting on July 1, 2007, consumers will be able to purchase a set-top box from a third-party company, rather than being forced to purchase or rent the set-top box from their cable company. This ruling only applies to 'navigation devices,' otherwise known as a cable television set-top box, and not to the security functions that control the user's access to the content of the cable operator. The overall net effect on digital video recorders and related technology is unlikely to be substantial as standalone DVRs are currently readily available on the open market. In Europe and with multiple tuners have whole house recording capabilities allowing recording of TV programs to or attached USB storage, recorded programs are then shared across the home network to, PC, Mac, Smart TV. Introduction of dual tuners In 2003 many Satellite and Cable providers introduced dual-tuner digital video recorders.

In the UK, introduced their first PVR with dual tuner support in 2001. These machines have two independent tuners within the same receiver. The main use for this feature is the capability to record a live program while watching another live program simultaneously or to record two programs at the same time, possibly while watching a previously recorded one. Introduced a dual-tuner PVR in the Australian market allowing free-to-air television to be recorded on a removable hard drive. Some dual-tuner DVRs also have the ability to output to two separate television sets at the same time. The PVR manufactured by UEC (, South Africa) and used by and 8300DVB PVR have the ability to view two programs while recording a third using a triple tuner. Where several are transmitted on a single RF channel, some PVRs can record two channels and view a third, so long as all three subchannels are on two channels (or one).

In the United States, DVRs were used by 32 percent of all TV households in 2009, and 38 percent by 2010, with viewership among 18- to 40-year-olds 40 percent higher in homes that have them. Types Integrated television sets. Underside of a VESA-compatible DVR -compatible DVRs are designed to attach to the VESA mounting holes (100×100 mm) on the back of an LCD television set (TV), allowing users to combine the TV and DVR into an integrated unit. Set-top boxes Over-the-air DVRs are standalone set-top-boxes that record broadcast television programs. Several companies have launched over-the-air DVR products for the consumer market over the past few years. Some pay-TV operators provide set-top boxes that allow subscribers to attach their own (NAS) hard drives or solid-state or flash memory to record video and other media files (e.g., audio and photos).

PC-based Software and hardware are available which can turn personal computers running, and into DVRs, and is a popular option for (HTPC) enthusiasts. Linux There are many and DVR applications available for. For example, interfaces to DVB tuners and provides network tuner and TV server functions, which allows live viewing and recording over IP networks. Other examples include, (VDR), and (formerly XBMC).

Mac OS makes a series of digital video recording devices called EyeTV. The software supplied with each device is also called EyeTV, and is available separately for use on compatible third-party tuners from manufacturers such as Pinnacle, TerraTec, and Hauppauge. Provided DVR software for the Mac but no longer sells it. Previously sold devices support the Hauppauge HVR-950, myTV.PVR and HDHomeRun hardware with its DVR software.

SageTV software also included the ability to watch YouTube and other online video with a remote control. (see above) also runs under, but most recording devices are currently only supported under Linux. Precompiled binaries are available for the MythTV front-end, allowing a Mac to watch video from (and control) a MythTV server running under Linux.

Apple provides applications in the FireWire software developer kit which allow any Mac with a FireWire port to record the MPEG2 transport stream from a FireWire-equipped cable box (for example: Motorola DCT62xx, including HD streams). Applications can also change channels on the cable box via the firewire interface. Only broadcast channels can be recorded as the rest of the channels are encrypted. FireRecord (formerly iRecord) is a free scheduled-recording program derived from this SDK.

Windows There are several free digital video recording applications available for including, and (web-based remote interface). There are also several applications available including, (which is no longer available after Google acquired it in June 2011), (which is considered discontinued despite an official announcement from SnapStream since the last update was October 2010 and they are concentrating on their enterprise search products), the and (now a dead product – Yahoo! Bought most of the company's technology and discontinued the Meedio line, and rebranded the software Yahoo! Go – TV, which is now a free product but only works in the U.S.

Most come bundled with software which allows the PC to record television to hard disk. For example, 's WinFast DTV1000 digital comes bundled with the WinFast PVR2 software, which can also record analog video from the card's input socket. Is a DVR software by Microsoft which was bundled with the, the Home Premium / Ultimate editions of, as well as most editions of. When Windows 8 was released in 2012, Windows Media Center was not included with Windows 8 OEM or Retail installations, and was only available as a $15 add-on pack (including DVD Playback codecs) to Windows 8 Pro users. Embeddable. Embeddable DVR with interface for position tracking An embeddable DVR is a standalone device that is designed to be easily integrated into more complex systems. It is typically supplied as a compact, bare circuit board that facilitates mounting it as a subsystem component within larger equipment.

The control keypad is usually connected with a detachable cable, to allow it to be located on the system's exterior while the DVR circuitry resides inside the equipment. Source video and are terms that are sometimes used interchangeably, but differ in their technical meaning. Video is the visual portion of television, whereas television is the combination of video and audio onto a (i.e., a television channel) for delivery.

Most DVRs can record both video and audio. Analog sources The first digital video recorders were designed to record in, or formats. To record an analog signal a few steps are required. In the case of a television signal, a television must first demodulate the radio frequency signal to produce baseband video. The video is then converted to digital form by a, which converts each video image into a collection of numeric values that represent the within the image. At the same time, the audio is also converted to digital form by an analog-to-digital converter running at a constant sampling rate.

In many devices, the resulting digital video and audio are compressed before recording to reduce the amount of data that will be recorded, although some DVRs record uncompressed data. When compression is used, video is typically compressed using formats such as H.264 or MPEG-2, and audio is compressed using AAC or MP3. Analog broadcast copy protection Many consumer DVRs implement a copy-protection system called Copy Generation Management System—Analog , which specifies one of four possible copy permissions by means of two bits encoded in the:. Copying is freely allowed. Copying is prohibited.

Only one copy of this material may be made. This is a copy of material for which only one copy was allowed to be made, so no further copies are allowed. CGMS-A information may be present in analog broadcast TV signals, and is preserved when the signal is recorded and played back by analog. VCRs do not understand the meanings of the bits but preserve them in case there is a subsequent attempt to copy the tape to a DVR.

DVRs such as TiVo also detect and act upon analog protection systems such as and which were originally designed to block copying on analog VCRs. Digital sources Recording digital signals is generally a straightforward capture of the binary data being received. No expensive hardware is required to and the signal (as the has already done this in the studio). DVD-based PVRs available on the market as of 2006 are not capable of capturing the full range of the visual signal available with (HDTV). This is largely because HDTV standards were finalized at a later time than the standards for DVDs. However, DVD-based PVRs can still be used (albeit at reduced visual quality) with HDTV since currently available HDTV sets also have standard A/V connections.

ATSC broadcast television broadcasting is primarily used in North America. The ATSC data stream can be directly recorded by a digital video recorder, though many DVRs record only a subset of this information (that can later be transferred to ). An ATSC DVR will also act as a, allowing older televisions or monitors to receive digital television. Copy protection The U.S. Attempted to limit the abilities of DVRs with its ' regulation. Digital video recorders that had not won prior approval from the FCC for implementing 'effective' would have been banned from from July 2005, but the regulation was struck down on May 6, 2005.

DVB contains audio/visual signals that are broadcast over the air in a rather than format. The DVB data stream can be directly recorded by the DVR.

Autonomous devices (this is, that can be used without a computer/tablet) that can store in an external are called a. Digital cable and satellite television Recording or signals on a digital video recorder can be more complex than recording analog signals or broadcast digital signals. There are several different transmission schemes, and the video streams may be encrypted to restrict access to subscribers only.

A satellite or cable both decrypts the signal if encrypted, and decodes the MPEG stream into an analog signal for viewing on the television. In order to record cable or satellite digital signals the signal must be captured after it has been decrypted but before it is decoded; this is how DVRs built into set-top boxes work. Cable and satellite providers often offer their own digital video recorders along with a service plan. These DVRs have access to the encrypted video stream, and generally enforce the provider's restrictions on copying of material even after recording.

DVD Many DVD-based DVRs have the capability to copy content from a source DVD. In the United States, this is prohibited under the if the disc is encrypted. Most such DVRs will therefore not allow recording of video streams from encrypted movie discs. Digital camcorders A digital combines a camera and a digital video recorder.

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Mac Dvr Software

Some DVD-based DVRs incorporate connectors that can be used to capture digital video from a camcorder. Some editing of the resulting DVD is usually possible, such as adding. Some digital video recorders can now record to solid state (called flash camcorders). They generally use cards, can include wireless connections ( and ), and can play files. There are some digital video recorders that combine video and graphics in real time to the flash card, called or 'direct to edit'. These are used to speed-up the editing workflow in video and television production, since linear videotapes do not then need to be transferred to the edit workstation (see ). File formats, resolutions and file systems DVRs can usually record and play,., and video, with and audio tracks.

They can also display images ( and ) and play music files ( and ). Some devices can be to play and record in new formats. DVRs usually record in proprietary for, although some can use file systems.

Recordings from usually have 480p/i/576p/i while is usually in 720p/1080i. Applications Security. 4K NVR, a security digital video recorder Digital video recorders configured for applications record video signals from cameras for detection and documentation purposes. Many are designed to record audio as well. DVRs have evolved into devices that are feature rich and provide services that exceed the simple recording of video images that was previously done through VCRs. A DVR CCTV system provides a multitude of advanced functions over VCR technology including video searches by event, time, date and camera. There is also much more control over quality and frame rate allowing disk space usage to be optimized and the DVR can also be set to overwrite the oldest security footage should the disk become full.

In some DVR security systems remote access to security footage using a PC can also be achieved by connecting the DVR to a LAN network or the Internet. Some of the latest professional digital video recorders include video analytics firmware, to enable functionality such as 'virtual tripwire' or even the detection of abandoned objects on the scene.

Dual Codec Dvr Software For Macintosh

Security DVRs may be categorized as being either PC-based. A PC-based DVR's architecture is a classical personal computer with designed to capture video images.

An embedded type DVR is specifically designed as a digital video recorder with its and contained in. Hardware features features of security DVRs vary between manufacturers and may include but are not necessarily limited to:. Designed for mounting or desktop configurations.

Single or multiple video inputs with connector types consistent with the analogue or digital video provided such as,. The most common number of inputs are 1, 2, 4, 8, 16 and 32. Systems may be configured with a very large number of inputs by networking or individual DVRs together. Looping video outputs for each input which duplicates the corresponding input video signal and connector type. These output signals are used by other video equipment such as matrix switchers,. Controlled outputs to external video display monitors.

Front panel switches and indicators that allow the various features of the machine to be controlled. Network connections consistent with the network type and utilized to control features of the recorder and to send and/or receive video signals. Connections to external control devices such as. A connection to external pan-tilt-zoom drives that position cameras. Internal CD, DVD, VCR devices typically for archiving video. Connections to external. Alarm event inputs from external security detection devices, usually one per video input.

Alarm event outputs from internal detection features such as motion detection or loss of video. Software features Software features vary between manufacturers and may include but are not necessarily limited to:.

User-selectable image capture rates either on an all input basis or input by input basis. The capture rate feature may be programmed to automatically adjust the capture rate on the occurrence of an external alarm or an internal event.

Selectable either on an all input basis or input by input basis. The image resolution feature may be programmed to automatically adjust the image resolution on the occurrence of an external alarm or an internal e vent. Compression methods determine quality of playback. H.264 hardware compression offers fast transfer rates over the Internet with high quality video.: Provided on an input by input basis, this feature detects motion in the total image or a user definable portion of the image and usually provides sensitivity settings.

Detection causes an internal event that may be output to external equipment and/or be used to trigger changes in other internal features. Lack of motion detection. Provided on an input by input basis, this feature detects the movement of an object into the field of view and remaining still for a user definable time.

Detection causes an internal event that may be output to external equipment and/or used to trigger changes in other internal features. Direction of motion detection. Provided on an input by input basis, this feature detects the direction of motion in the image that has been determined by the user as an unacceptable occurrence. Detection causes an internal event that may be output to external equipment and/or be used to changes in other internal features. Routing of input video to video monitors based on user inputs or automatically on alarms or events.

Input, time and date. and event logging on appropriate video inputs. Alarm and event search. One or more sound recording channels. Privacy concerns Some (very few), but certainly not all, digital video recorders which are designed to send information to a service provider over a or (or any other way) can gather and send real-time data on users' viewing habits. TV advertisements. Further information: Digital video recorders are also changing the way television programs advertise products.

Watching pre-recorded programs allows users to fast-forward through, and some technology allows users to remove commercials entirely. Half of viewers in the United States, for example, use DVRs to skip commercials entirely. This feature has been controversial for the last decade, with major television networks and movie studios claiming it violates copyright and should be banned. In 1985, an employee of Honeywell's Physical Sciences Center, David Rafner, first described a drive-based DVR designed for home TV recording,.

Patent 4,972,396 focused on a multi-channel design to allow simultaneous independent recording and playback. Broadly anticipating future DVR developments, it describes possible applications such as streaming compression, editing, captioning, multi-channel security monitoring, military sensor platforms, and remotely piloted vehicles. The first DVR which had a built-in commercial skipping feature introduced in 1999 by at the in Las Vegas. In 2002, five owners of the ReplayTV DVR sued the main television networks and movie studios, asking the federal judge to uphold consumers' rights to record TV shows and skip commercials, claiming that features such as commercial skipping help parents protect their kids from excessive consumerism.

ReplayTV was purchased by SONICblue in 2001 and on March 2003, SONICblue filed for Chapter 11 bankruptcy after fighting a copyright infringement suit over the ReplayTV's ability to skip commercials. In 2007, purchased the remaining assets of ReplayTV.

A add-on for Windows Media Center called 'DVRMSToolbox' has the ability to skip commercials. There is a command-line program called Comskip that detects commercials in an MPEG-2 file and saves their positions to a text file. This file can then be fed to a program like to actually remove the commercials.

Many speculate that television advertisements will be eliminated altogetherreplaced. For example, Extreme Makeover: Home Edition advertises, and by specifically using products from these companies, and some sports events like the of are named after sponsors.

Another type of advertisement shown more and more, mostly for advertising TV shows on the same channel, is where the ad overlays the bottom of the TV screen, blocking out some of the picture. 'Banners', or 'logo bugs', as they are called, are referred to by media companies as Secondary Events (2E). This is done in much the same way as severe weather warnings are done. Sometimes, these take up only 5–10% of the screen, but in the extreme, can take up as much as 25% of the viewing area. Some even make noise or move across the screen. One example of this is the 2E ads for in the months before its premiere.

A video taking up approximately 25% of the bottom-left portion of the screen would show a comet impacting into the moon with an accompanying explosion, during another television program. Because of this widely used new technology, advertisers are now looking at a new way to market their products on television. An excerpt from the magazine reads: 'As advertisers lose the ability to invade the home, and consumer's minds, they will be forced to wait for an invitation. This means that they have to learn what kinds of advertising content customers will actually be willing to seek out and receive.' With ad skipping and the time-sensitive nature of certain ads, advertisers are wary of buying commercial time on shows that are heavily digitally video-recorded. However, technology today makes it possible for networks to insert ads dynamically on videos being played in DVRs.

Advertisers could inject time-relevant ads to recorded programs when the program is viewed. This way the ads could be not just topical but also personalized to viewers interests. In March 2011 signed an arrangement with to enable the delivery of such addressable advertisement. It is believed that viewers prefer to forward ads, than to switch the channel.

By switching channels, viewers will have the probability of skipping the beginning of their program. Users might switch to a channel that is also showing ads.

Having the ability to pause, rewind, and forward live TV gives users a chance to change the channel fewer times. Forwarding ads can have a later affect on the viewer. Ads that get the viewers' attention will influence the viewers' to rewind and watch what was missed. In January 2012, announced Hopper service, costing $10 extra per month, which recorded programming from the four major broadcast networks. With the Auto Hop feature, viewers can watch the programs they choose without commercials, without making the effort to fast-forward. On May 24, 2012, Dish and the networks filed suit in federal court. Patent and copyright litigation.

The examples and perspective in this US may not represent a of the subject. You may, discuss the issue on the, or, as appropriate. (December 2010) On July 14, 2005, filed suit against various companies alleging infringement on, entitled 'Computer controlled video system allowing playback during recording'.

The listed companies included EchoStar, DirecTV, Charter Communications, Cox Communications, Comcast, Time Warner, and Cable One. And, the manufacturers of the equipment sold by the above-mentioned companies, filed a counter-suit against Forgent Networks claiming that their products do not violate the patent, and that the patent is invalid. The two cases were combined into case 6:06-cv-208, filed in the United States District Court for the Eastern District of Texas, Tyler Division. According to court documents, on June 20, 2006, Motorola requested that the United States Patent and Trademarks Office reexamine the patent, which was first filed in 1991, but has been amended several times.

On March 23, 2007, Cablevision Systems Corp lost a legal battle against several Hollywood studios and television networks to introduce a network-based digital video recorder service to its subscribers. However, on August 4, 2008, Cablevision won its appeal. Walker Jr., a Second Circuit judge, declared that the technology 'would not directly infringe' on the media companies' rights. An appeal to the Supreme Court was rejected. In court, the media companies argued that network digital video recorders were tantamount to video-on-demand, and that they should receive license fees for the recording.

Cablevision and the appeals court disagreed. The company noted that each user would record programs on his or her own individual server space, making it a DVR that has a 'very long cord.' In 2004, TiVo sued EchoStar Corp, a manufacturer of DVR units, for patent infringement.

The parties reached a settlement in 2011 wherein EchoStar pays a one-time fee (in three structured payments) that grants Echostar full rights for life to the disputed TiVo patents upon first payment(as opposed to indefinite and escalating license fees to be constantly renegotiated), and Echostar granted TiVo full rights for life to certain Echostar patents and dropped their counter-suit against TiVo. In January 2012, AT&T settled a similar suit brought by TiVo claiming patent infringement (just as with Echostar) in exchange for cash payments to TiVo totaling $215 million through June 2018 plus 'incremental recurring per subscriber monthly license fees' to TiVo through July 2018, but grants no full lifetime rights as per the Echostar settlement. In May 2012, arguing that Dish's set-top box with DVR function, which allowed the users to automatically record prime-time programs and skip commercials, was copyright infringement and breach of contract. In July 2013, the 9th circuit rejected Fox's claims. See also. ShenZhen USER Special Display Technologies, Co., Ltd.

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Dual Codec Dvr Software

Retrieved 2011-11-21. ^ Stelter, Brian (August 5, 2008). The New York Times. Retrieved May 1, 2010. References., technical report of the External links Wikimedia Commons has media related to.

JPEG2000 Stand alone DVR User Guide - 3 - For you safety, unplug the power before moving the DVR, installing, or replacing any parts or hard drive. Dual Codec Triplex DVRs w/ Internet SLD261-262-263 SLD261: 4 CH DVR SLD262: 8 CH DVR SLD263: 16 CH DVR Features Model SLD261- 4 Channel Video 1Ch. Eight channel triplex DVR pentaplex with internet or network connection 250GB hard drive the latest dual codec technology offers better recording resolution with. DVR Viewer Setup for Internet Network. The new CCTV Camera Pros dual codec JPEG DVR comes with a new DVR viewer software application.

This software is called. User s Manual Ver1.1. DVR Main Unit STAND-ALONE DIGITAL VIDEO RECORDER 2. Recording Resolution NTSC/PAL Full 720x240/720x288, Dual. This video demonstrates the overall functionality of the user interface. The Dual Codec Series DVR is VERY easy to use. The layout of the menu is very intuitive, and all functions are easily accessible with only a few mouse clicks.

In fact, we recommend this DVR for those customers that want a simple-to-use, yet full-featured unit. 540TVL Pan/Tilt Camera Demonstration Elite and Ultimate DVR Overview Elite and Ultimate Web Interface Elite and Ultimate Reviewing Footage Elite and Ultimate Saving Footage Thursday, August 6th, 2009 at am and is filed under Product Videos. You can follow any responses to this entry through the You can leave a response below. 4 Channel Network DVR With DUAL-CODEC H.264 JPEG2000, DVD Burner, USB, VGA, Internet ALD-410D.

Dual Codec DVR Overview. The Dual Codec Series DVR is VERY easy to use. Mail will not be published required Website. Submit Comment. Sales E-mail: sales aftersurveillance.com Support E-mail: tech aftersurveillance.com.

Introducing The First Dual Codec DVR. 8 Series JPEG2000 H.264 WHY Dual Codec. Dual Codec Software Setup. IRS Setup – This utility allows you to save DVR log in information. DVR Setup – Allows for limited configuration of DVR settings. The new CCTV Camera Pros dual codec JPEG DVR comes with a new DVR viewer software application.

This software is called the integrated remote station IRS was included on a CD that comes with these surveillance DVR when they were being sold. One of the applications in the IRS is a transmitter that allows you to watch your security cameras over the Internet or Intranet internal network / LAN. The transmitter is meant to replace the DVR viewer that was used in the last version of the JPEG DVR.

Starting in 2014, CCTV Camera Pros recommends the iDVR-PRO as a replacement for JPEG2000 and JPEG dual codec DVRs. The integrated remote station also lets you review previously recorded surveillance video footage. The last version of the DVR viewer integrated remote station that was released can be downloaded here: Integrated Remote Station. The integrated remote station, also referred to as the DVR viewer software, runs on a Microsoft Windows based computer. The setup instructions for this software starts here. HD DVR Security Camera Systems Available CCTV Camera Pros now has HD surveillance DVRs and complete HD security camera systems available.

These new DVRs and systems support 720p HD resolution and use the same RG59 coax cable that standard definition CCTV cameras use. These DVRs also include some of the best mobile apps and desktop computer apps for remote camera viewing. IDVR-PRO DVR Viewer Software Apps CCTV Camera Pros dual codec JPEG DVR as been replaced by the iDVR-PRO. IDVR-PRO CCTV DVRs include DVR viewer software for Mac and Windows. These modern security DVRs also include free mobile apps for iPhone, iPad, and Android mobile devices.

Click on the below images to see why iDVR-PRO has become CCTV Camera Pros best selling stand alone CCTV DVR. Please follow these setup instructions to setup remote Internet access for the dual codec JPEG DVR: Assign an IP Address to your Surveillance DVR In this section, we will assign your surveillance DVR an IP address. Make sure that your DVR is connected to your network by attaching an ethernet cable to the back of your DVR and attaching the other end to your router. Login to your DVR by pressing the menu button on the DVR or on the wireless remote control.

When you are prompt to enter a password, just press the OK button on the DVR or remote. The default admin password for the DVR is blank.

If you have already setup an admin password for your DVR, then enter this, then press OK. From your DVRs System menu, select External Device. On the External Device menu, select TCP/IP Setup. On the TCP/IP Setup screen, select DHCP setup and press enter. On the DHCP setup screen, confirm that the DHCP mode is set to automatic. If it is not, adjust it so that it is by pressing the OK button. Select Detect IP and press enter.

The screen should refresh and populate values below. Note the IP address. This is the internal IP address that your router has assigned to your DVR. This is the IP address that you will setup port forwarding for. After you have noted this IP address, select DHCP Mode and press OK. The mode will be changed Manual. This will ensure that your DVR will always be assigned the same IP address from your router.

THIS IS IMPORTANT because if you loose power to your router, your router may assign your DVR a difference IP address and you will no longer be able to access the DVR remotely. Press the menu button once to return to the TCP/IP setup screen. On the TCP/IP setup screen, select IP config setup and press enter. On the IP config setup screen, confirm the port number of your DVR as seen below. The default port is 8000. If your DVR is not set to port 8000, please edit this value to set to 8000.

NOTE: please ignore that the below screen shot shows port 50000. Port 50000 was used for the last version of the JPEG DVR. Press the Menu several times on your DVR or remote until you exit out of the DVR menu system and see the live view of your cameras. Local Area Network LAN DVR Viewer Access The Integrated Remote Station allows you to access your security cameras locally on your netork as well as remotely over the Internet. Before proceeding with remote Internet access, it is a good idea to test out local access first. Also if you do plan on using the DVR viewer / Integrated Remote Station from on the same network as your DVR, you will get much better performance using your network s local IP address because you do not have to go out to the Internet for access and the performance of the video will be much faster from on the Intranet / LAN.

Install the most recent version of the Integrated Remote Station by downloading it from our website here: Integrated Remote Station Download. This version is always the most recent and should be used instead of the version that is on the CD that came with your DVR. Save the file JPEG-IRS-Setup.exe to your windows desktop or select run. This is the installation file to install the Remote Station on your computer.

If you saved the file, locate it and double click on it to begin installation. If you selected to run the program, the installation will begin after the file is done downloading. Once the installation is complete, an icon will be created on your Windows desktop to launch the Integrated Remote Station.

The icon will look like this: Double-click on the icon to launch the program. On the main IRS screen, click on the IRS Setup button. On the IRS Setup screen, click on the Registering Site button. This will open a new Window where you can add the settings to connect to your DVR. This screen can be seen below. A Select Manul for CONNECTION. B Enter the IP address that you previously noted from your DVR s TCP/IP setup screen in the ADDRESS field.

IMPORTANT: If any of the number fields in the IP address contain leading zeros, they should be removed. For example, if your DVR s IP address is 192.168.000.066, you should enter 192.168.0.66. E Leave the password blank if you did not setup a password on your DVR or enter your DVR password if you did set one up. You should now see an entry created for the local area connection Intranet information that you just entered in the Site Setup list on the IRS Setup screen.

Click on the entry that you just created so that it is highlighted in green then press OK. On the main Integrated Remote Station screen click on the Transmitter button. This will open the DVR transmitter which is that new DVR viewer application.

You can note that also in this list there are other application. Although this application replaces the DVR Viewer, you can see there is still a Viewer application available. This is so that older legacy DVRs can still use the IRS application by using the DVR Viewer.

Remember for the dual codec DVRs you should use the Transmitter because you will get better performance as it takes advantage of the H.264 MPEG-4 video encoding built into it. Once the transmitter application opens, the connection information that you setup will be populated in the upper right. Click on the Connect button. The transmitter should fairly quickly connect to your DVR and display your security cameras. Setup Port Forwarding on your Router Port forwarding needs to be setup on your router so that a computer on the Internet can communicate remotely with your surveillance DVR. Click here if you want to learn more about how port forwarding works. Follow the below instructions to setup port forwarding.

Remember: Your DVR is going to use port 8000 not 50000. 50000 was the default port for legacy non-dual codec DVRs. If you do not have one of the routers listed below, please consult the manual for the router that you have or call your Internet Service Provider ISP for help if you are using a modem / router supplied by them. Tell them that you need to open and forward port 8000 to a DVR on your network. Although you previously setup the DVR to always request the same IP address from your router when when you set the DHCP setting to manual in the DVR configuration, it is still a good idea to also configure your router to always assigns the same IP address to your DVR. Some routers support this feature and some do not. If your does not, it is OK to skip this section.

The reason to set this up if you can is that if your router needs to be restarted or if there is a power failure, there is risk that your DVR will be assigned a new IP address. This will make the port forwarding setup that you just finished useless.

Follow these instructions to setup a static IP address for your DVR. Remote Internet DVR Viewer Access These last three sections are needed to setup the remote Internet access to your security cameras. The first thing that should be done to setup remote access is to find out if your Internet connection has a static or dynamic IP address. If you do not know, please contact your Internet provider and ask them. If you have a static IP address, you can skip the next two sections and jump to setting up the Internet connection to your surveillance DVR. Creating and Configuring a Dynamic DNS Account If your DVR will be connected to the Internet using a dynamic IP address most cable and DSL connections, you need to setup a free service to manage the DNS domain name service for you so that you can access your DVR remotely without needing to keep track of your IP address.

If you are unsure whether your Internet connection uses a static or dynamic IP address, please contact your Internet service provider. If you are using a static IP address, you can skip this section and the next section Setup Dynamic DNS on your Router.

If you are using a dynamic IP address, click here to setup your free dynamic DNS service. Return to this screen to continue after setting up your free dynamic DNS service. Setup Dynamic DNS on your Router Dynamic DNS is used when the Internet connection you will be using for your DVR uses a dynamic IP address. The settings that you setup using the DynDNS service will be added to your router s DDNS configuration to always keep your IP address up to date. The host name that you chose, something like mydvr.dyndns.org, will always be kept up to date with the latest IP address assigned to your Internet connection by your ISP. This way you can use your host name to connect to your DVR remotely instead of trying to keep track of your dynamic IP address.

CCTV Camera Pros has DDNS setup instructions for D-Link and LinkSys routers. The instructions are based on certain models but are likely the same or close to the same for other models of D-Link and LinkSys routers. If you need specific instructions for you router, please consult the manual that came with it and look under the section that has to do with Dynamic DNS support. Most modern router/switches support dynamic DNS. Setup Internet Connection to your DVR The last step is to configure the Internet connection in the Integrated Remote Station for access from outside of your local network. If the IRS is not already running, please start it by double-clicking on the JM-IRS icon on your desktop: One the main IRS screen, click on the IRS Setup button. We will be adding a new entry for your remote Internet connection.

So when you are finished, if you also setup the LAN connection, you will have two connection configured in the IRS setup. One for local access to your DVR and one for remote Internet access. B In the Address field, enter the static IP address that your ISP gave you if you are using a static IP address. If you are using a dynamic IP address and finished setting up your DynDNS account, please enter the host name that you setup when registering. You should now see an entry created for the Internet connection information that you just entered in the Site Setup list on the IRS Setup screen. Click on the Internet entry that you just created so that it is highlighted in green then press OK. Once the transmitter application opens, the connection information that you setup will be populated in the upper right.

Click on the Connect button. The transmitter should fairly quicky connect to your DVR and display your security cameras. DVR Viewer / Transmitter Troubleshooting Techniques Make sure that you have the correct IP address for your Internet connection. Ask your ISP for your IP address if using a static IP address.

You can also look up the IP address of your internet connection here: Make sure that your router does not have any advanced firewall rules in place by consulting the manual. Call your ISP and ask them if your modem has a firewall that you can disable.

Call your ISP and make sure that they do not block any incoming ports to your Internet connection.