COLD WALLET - Official Trailer _ In Theaters & On Digital February 28

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A team of Redditors lose everything after a cryptocurrency scam leads them to plot to kidnap the "financial influencer" who screwed them over.

© Well Go USA Entertainment, 2025

In Theaters & On Digital February 28

Well Go USA has shared the official Cold Wallet trailer for the upcoming crypto heist thriller. Prior to its theatrical release, the film had its world premiere at the 2024 SXSW Film Festival.

“After losing everything in a cryptocurrency scam, a ragtag team of vigilante Redditors attempt to kidnap the kingpin who screwed them over. But when the home invasion takes a turn for the worst, they become victims in a sadistic game,” reads the official synopsis.

Check out the Cold Wallet trailer below (watch more trailers):

When is the Cold Wallet release date?
Cold Wallet is scheduled to debut on February 28 in theaters and on digital platforms. The 84-minute-long film is led by Raul Castillo (Smile 2) as Billy, Melonie Diaz (Charmed) as Julia, Tony Cavalero (The Righteous Gemstones) as Dom, Josh Brener (Silicon Valley) as Charles, and Zoe Winters (Succession) as Eileen.

The film is directed by Cutter Hodierne from a screenplay written by John Hibey. It is executive produced by Castillo, Cavalero, Josh Brener, Melonie Diaz, Leo Matchett, Derek McMurtry, Matt Miller, Michael Musante, and Justin Staple, with Hibey, Hodierne, and Benjamin Wiessner producing. The creative team also includes cinematographer Oliver Miller and editor Kate Hickey.

“Cold Wallet adds a thrilling twist to the heist genre through its gripping portrayal of the worst possible scenario for anyone who has ever bought in to the high-risk, high-reward world of cryptocurrency in hopes of making it big,” Well Go USA executive Brennan Lane said after acquiring the distribution rights to the movie (via Variety).
The trailer for upcoming film Cold Wallet promises a home invasion movie with a cryptocurrency twist.

SEE ALSO:
What to know about David Sacks, Trump's pick for AI and crypto czar
Directed by Cutter Hodierne and presented by Steven Soderbergh (Presence), Cold Wallet follows a group of Redditors who fell prey to a recent cryptocurrency scam. After losing everything, this trio — played by Raúl Castillo (Smile 2), Tony Cavalero (The Righteous Gemstones), and Melonie Diaz (Fruitvale Station) — decide to kidnap the financial influencer (Josh Brener, Saturday Night) who perpetrated the scam.

Of course, their plan falls apart once they make it to the influencer's mansion. As the trailer shows, the Redditors' target begins to manipulate his would-be kidnappers and turn them against one another. Check out the full trailer above for more crypto-fueled madness — including a nod to both the GameStop and AMC short squeezes from 2021.

Cold Wallet hits theaters Feb. 28.
Heist thrillers are typically all about the payday and the tense process that goes toward securing the big score with a crack team of thieves. In the SXSW hit Cold Wallet, however, the goal is revenge and the crew are a bunch of Redditors who band together after being duped by a cryptocurrency scam. Collider can exclusively share a new trailer and poster for the upcoming feature courtesy of WellGO USA Entertainment that shows the ragtag group breaking into the mansion of the kingpin behind the illicit crypto operation. Like many heists, however, their plan goes horribly awry as they unknowingly become pawns in a larger game meant to test their loyalty and their mental fortitude under pressure.

The footage opens with a news report that sounds all too familiar in the wake of the downfall of FTX and other exchanges. Several individuals using the fictional TPX exchange anxiously check as their investments are erased overnight, and their lives are effectively ruined by the billionaire (Josh Brener) behind the whole thing. For Billy (Raul Castillo) and his fellow vigilantes, the solution to their problem is simple - go whale hunting to secure the man's cold wallet. Armed to the teeth with hopes of accessing all the crypto the crook has stolen, their plan changes when they hear his voice booming over the loudspeaker and take him hostage. Little do they know, coming to him means they've only played directly into his hands. As they try to secure his passphrases, he begins playing them against each other, taking advantage of their desperate family and financial situations as well as the criminal ramifications to amp up the pressure until they begin making dire mistakes that could cost them dearly.

Cold Wallet hails from director and co-writer Cutter Hodierne, who previously delivered the award-winning Sundance debut Fishing Without Nets in 2014. Similarly, his latest premiered during the Narrative Spotlight section at SXSW last year, and, while Collider's Robert Brian Taylor wasn't a fan in his 4/10 review, it did still find plenty of critics who enjoyed it as indicated by the 93% Rotten Tomatoes score. Hodierne originally planned a much different premise before settling on the idea of a tense thriller revolving around crypto and inspired by the likes of Elizabeth Holmes or Netflix's Bitconned. In an interview with Collider's Perri Nemiroff following the film's debut, the director shared how and why he and co-writer John Hibey reshaped it into the acclaimed heist flick seen on the festival circuit:

“We were developing a film around doxxing, which is where someone’s address gets released on the internet, sometimes for nefarious reasons. A friend of mine named, Justin Staple, said, ‘Why don’t you do it about a crypto-heist thriller?’ So John [Hibey] and I developed a screenplay around that premise. I was pretty into meme culture around AMC and GameStop and Dogecoin, and just riding that line between the humor that you would see on these message boards, but then also the kind of dark reality of what some people are experiencing. I love when comedy can mash up with something dark and nefarious.”

'Cold Wallet' Boasts a Fitting and Talented Cast
Both Castillo and Brener feel right at home in Cold Wallet given their past experiences. Recently seen in the Gael García Bernal-led Cassandro, Castillo has previously gone thieving as sharpshooter Mikey Guzman in Zack Snyder's apocalyptic heist feature Army of the Dead, while Brener brings his Silicon Valley experience to the table for his role as the head of an illicit crypto empire. Also joining them are Melonie Diaz, Tony Cavalero, and Zoe Winters. If the solid cast wasn't enough, the film is also being presented by Oscar winner Steven Soderbergh, who has no shortage of experience with gripping and experimental thrillers, including the textbook heist flick Ocean's Eleven.

Cold Wallet is in select theaters and on digital February 28, 2025. Check out the exclusive trailer above and the poster below.

Three armed robbers stare at a snowy luxury with a looming face in the sky in the poster for Cold WalletImage via WellGO USA Entertainment
Cold Wallet 2024 Film SXSW Promo Image
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Cold Wallet
A team of Redditors lose everything after a cryptocurrency scam leads them to plot to kidnap the "financial influencer" who screwed them over.

Release Date
March 8, 2024
Director
Cutter Hodierne
Cast
Josh Brener , Tony Cavalero , Zoe Winters , Melonie Diaz , Raul Castillo , Ian Unterman , Genevieve Adams , Terry Holland
Main Genre
Thriller
Writers
John Hibey , Cutter Hodierne
Movie News
Trailers
Cold Wallet
Cold Wallet
RELEASING IN THEATERS AND DIGITAL
ON FEBRUARY 28TH

SYNOPSIS:

After losing everything in a cryptocurrency scam, a ragtag team of vigilante Redditors attempt to kidnap the kingpin who screwed them over. But when the home invasion takes a turn for the worst, they become victims in a sadistic game.

DIRECTOR:

Cutter Hodierne

WRITER

John Hibey

STARRING:

Raul Castillo (Smile 2)
Melonie Diaz (Charmed)
Tony Cavalero (The Righteous Gemstones)
Josh Brener (Silicon Valley)
Zoe Winters (Succession)
High-bandwidth Digital Content Protection (HDCP) is a form of digital copy protection developed by Intel Corporation[1] to prevent copying of digital audio and video content as it travels across connections. Types of connections include DisplayPort (DP), Digital Visual Interface (DVI), and High-Definition Multimedia Interface (HDMI), as well as less popular or now deprecated protocols like Gigabit Video Interface (GVIF) and Unified Display Interface (UDI).

The system is meant to stop HDCP-encrypted content from being played on unauthorized devices or devices which have been modified to copy HDCP content.[2][3] Before sending data, a transmitting device checks that the receiver is authorized to receive it. If so, the transmitter encrypts the data to prevent eavesdropping as it flows to the receiver.[4]

In order to make a device that plays HDCP-enabled content, the manufacturer must obtain a license for the patent from Intel subsidiary Digital Content Protection LLC, pay an annual fee, and submit to various conditions.[5][6][7] For example, the device cannot be designed to copy; it must "frustrate attempts to defeat the content protection requirements";[7] it must not transmit high definition protected video to non-HDCP receivers; and DVD-Audio works can be played only at CD-audio quality[7] by non-HDCP digital audio outputs (analog audio outputs have no quality limits). If the device has a feature like Intel Management Engine disabled, HDCP will not work.

Cryptanalysis researchers demonstrated flaws in HDCP as early as 2001. In September 2010, an HDCP master key that allows for the generation of valid device keys was released to the public, rendering the key revocation feature of HDCP useless.[8][9] Intel has confirmed that the crack is real,[10] and believes the master key was reverse engineered rather than leaked.[11] In practical terms, the impact of the crack has been described as "the digital equivalent of pointing a video camera at the TV", and of limited importance for consumers because the encryption of high-definition discs has been attacked directly, with the loss of interactive features like menus.[12] Intel threatened to sue anyone producing an unlicensed device.[11]

Specification
HDCP uses three systems:[5]

Authentication prevents non-licensed devices from receiving content.
Encryption of the data sent over DisplayPort, DVI, HDMI, GVIF, or UDI interfaces prevents eavesdropping of information and man-in-the-middle attacks.
Key revocation prevents devices that have been compromised and cloned from receiving data.
Each HDCP-capable device has a unique set of 40 56-bit keys. Failure to keep them secret violates the license agreement. For each set of values, a special private key called a KSV (Key Selection Vector) is created. Each KSV consists of 40 bits (one bit for each HDCP key), with 20 bits set to 0 and 20 bits set to 1.

During authentication, the parties exchange their KSVs under a procedure called Blom's scheme. Each device adds its own secret keys together (using unsigned addition modulo 256) according to a KSV received from another device. Depending on the order of the bits set to 1 in the KSV, a corresponding secret key is used or ignored in the addition. The generation of keys and KSVs gives both devices the same 56-bit number, which is later used to encrypt data.

Encryption is done by a stream cipher. Each decoded pixel is encrypted by applying an XOR operation with a 24-bit number produced by a generator. The HDCP specifications ensure constant updating of keys after each encoded frame.

If a particular set of keys is compromised, their corresponding KSV is added to a revocation list burned onto new discs in the DVD and Blu-ray formats. (The lists are signed with a DSA digital signature, which is meant to keep malicious users from revoking legitimate devices.) During authentication, the transmitting device looks for the receiver's KSV on the list, and if it is there, will not send the decrypted work to the revoked device.

Uses

An HDCP transmitter chip by Silicon Image in an Apple TV device
HDCP devices are generally divided into three categories:

Source
The source sends the content to be displayed. Examples include set-top boxes, DVD, HD DVD and Blu-ray Disc players, and computer video cards. A source has only an HDCP/HDMI transmitter.[4]
Sink
The sink renders the content for display so it can be viewed. Examples include TVs and digital projectors. A sink has one or more HDCP/HDMI receivers.[4]
Repeater
A repeater accepts content, decrypts it, then re-encrypts and retransmits the data. It may perform some signal processing, such as upconverting video into a higher-resolution format, or splitting out the audio portion of the signal. Repeaters have HDMI inputs and outputs. Examples include home theater audio-visual receivers that separate and amplify the audio signal, while re-transmitting the video for display on a TV. A repeater could also simply send the input data stream to multiple outputs for simultaneous display on several screens.[4]
Each device may contain one or more HDCP transmitters and/or receivers. (A single transmitter or receiver chip may combine HDCP and HDMI functionality.)[4]

In the United States, the Federal Communications Commission (FCC) approved HDCP as a "Digital Output Protection Technology" on 4 August 2004.[13] The FCC's Broadcast flag regulations, which were struck down by the United States Court of Appeals for the District of Columbia Circuit, would have required DRM technologies on all digital outputs from HDTV signal demodulators. Congress is still considering[when?] legislation that would implement something similar to the Broadcast Flag.[citation needed] The HDCP standard is more restrictive than the FCC's Digital Output Protection Technology requirement. HDCP bans compliant products from converting HDCP-restricted content to full-resolution analog form, presumably in an attempt to reduce the size of the analog hole.[weasel words]

On 19 January 2005, the European Information, Communications, and Consumer Electronics Technology Industry Associations (EICTA) announced that HDCP is a required component of the European "HD ready" label.[14]

Microsoft Windows Vista and Windows 7 both use HDCP in computer graphics cards and monitors.[15][16]

Circumvention
HDCP strippers decrypt the HDCP stream and transmit an unencrypted HDMI video signal so it will work in a non-HDCP display. It is currently[when?] unclear whether such devices would remain working if the HDCP licensing body issued key-revocation lists, which may be installed via new media (e.g. newer Blu-ray Discs) played-back by another device (e.g. a Blu-ray Disc player) connected to it.[17]

Cryptanalysis
In 2001, Scott Crosby of Carnegie Mellon University wrote a paper with Ian Goldberg, Robert Johnson, Dawn Song, and David Wagner called "A Cryptanalysis of the High-bandwidth Digital Content Protection System", and presented it at ACM-CCS8 DRM Workshop on 5 November.[18]

The authors concluded that HDCP's linear key exchange is a fundamental weakness, and discussed ways to:

Eavesdrop on any data.
Clone any device with only its public key.
Avoid any blacklist on devices.
Create new device key vectors.
In aggregate, usurp the authority completely.
They also said the Blom's scheme key swap could be broken by a so-called conspiracy attack: obtaining the keys of at least 40 devices and reconstructing the secret symmetrical master matrix that was used to compute them.

Around the same time, Niels Ferguson independently claimed to have broken the HDCP scheme, but he did not publish his research, citing legal concerns arising from the controversial Digital Millennium Copyright Act.[19]

In November 2011 Professor Tim Güneysu of Ruhr-Universität Bochum revealed he had broken the HDCP 1.3 encryption standard.

Master key release
On 14 September 2010, Engadget reported the release of a possible genuine HDCP master key which can create device keys that can authenticate with other HDCP compliant devices without obtaining valid keys from The Digital Content Protection LLC. This master key would neutralize the key revocation feature of HDCP, because new keys can be created when old ones are revoked.[8] Since the master key is known, it follows that an unlicensed HDCP decoding device could simply use the master key to dynamically generate new keys on the fly, making revocation impossible. It was not immediately clear who discovered the key or how they discovered it, though the discovery was announced via a Twitter update which linked to a Pastebin snippet containing the key and instructions on how to use it. Engadget said the attacker may have used the method proposed by Crosby in 2001 to retrieve the master key, although they cited a different researcher. On 16 September, Intel confirmed that the code had been cracked.[20][21] Intel has threatened legal action against anyone producing hardware to circumvent the HDCP, possibly under the Digital Millennium Copyright Act.[11]

HDCP v2.2, v2.1 and v2.0 breach

This section includes a list of general references, but it lacks sufficient corresponding inline citations. Please help to improve this section by introducing more precise citations. (February 2015) (Learn how and when to remove this message)
In August 2012 version 2.1 was proved to be broken.[22] The attack used the fact that the pairing process sends the Km key obfuscated with an XOR. That makes the encryptor (receiver) unaware of whether it encrypts or decrypts the key. Further, the input parameters for the XOR and the AES above it are fixed from the receiver side, meaning the transmitter can enforce repeating the same operation. Such a setting allows an attacker to monitor the pairing protocol, repeat it with a small change and extract the Km key. The small change is to pick the "random" key to be the encrypted key from the previous flow. Now, the attacker runs the protocol and in its pairing message it gets E(E(Km)). Since E() is based on XOR it undoes itself, thus exposing the Km of the legitimate device.

V2.2 was released to fix that weakness by adding randomness provided by the receiver side. However the transmitter in V2.2 must not support receivers of V2.1 or V2.0 in order to avoid this attack. Hence a new erratum was released to redefine the field called "Type" to prevent backward compatibility with versions below 2.2. The "Type" flag should be requested by the content's usage rules (i.e. via the DRM or CAS that opened the content).[23]

In August 2015, version 2.2 was rumored to be broken. An episode of AMC's series Breaking Bad was leaked to the Internet in UHD format; its metadata indicated it was an HDMI cap, meaning it was captured through HDMI interface that removed HDCP 2.2 protection.[24][25]

On 4 November 2015, Chinese company LegendSky Tech Co., already known for their other HDCP rippers/splitters under the HDFury brand, released the HDFury Integral, a device that can remove HDCP 2.2 from HDCP-enabled UHD works.[26] On 31 December 2015, Warner Bros and Digital Content Protection, LLC (DCP, the owners of HDCP) filed a lawsuit against LegendSky.[27][28] Nevertheless, the lawsuit was ultimately dropped after LegendSky argued that the device did not "strip" HDCP content protection but rather downgraded it to an older version, a measure which is explicitly permitted in DCP's licensing manual.[29]

Problems
HDCP can cause problems for users who want to connect multiple screens to a device; for example, a bar with several televisions connected to one satellite receiver or when a user has a closed laptop and uses an external display as the only monitor. HDCP devices can create multiple keys, allowing each screen to operate, but the number varies from device to device; e.g., a Dish or Sky satellite receiver can generate 16 keys.[30] The technology sometimes causes handshaking problems where devices cannot establish a connection, especially with older high-definition displays.[31][32][33]

Edward Felten wrote "the main practical effect of HDCP has been to create one more way in which your electronics could fail to work properly with your TV," and concluded in the aftermath of the master key fiasco that HDCP has been "less a security system than a tool for shaping the consumer electronics market."[34]

Additional issues arise when interactive media (i.e. video games) suffer from control latency, because it requires additional processing for encoding/decoding. Various everyday usage situations, such as live streaming or capture of game play, are also adversely affected.[35]

There is also the problem that all Apple laptop products, presumably in order to reduce switching time, when confronted with an HDCP-compliant sink device, automatically enable HDCP encryption from the HDMI / Mini DisplayPort / USB-C connector port. This is a problem if the user wishes to use recording or videoconferencing facilities further down the chain, because these devices most often do not decrypt HDCP-enabled content (since HDCP is meant to avoid direct copying of content, and such devices could conceivably do exactly that). This applies even if the output is not HDCP-requiring content, like a PowerPoint presentation or merely the device's UI.[36] Some sink devices have the ability to disable their HDCP reporting entirely, however, preventing this issue from blocking content to videoconferencing or recording. However, HDCP content will then refuse to play on many source devices if this is disabled while the sink device is connected.[37]

When connecting a HDCP 2.2 source device through compatible distribution to a video wall made of multiple legacy displays the ability to display an image cannot be guaranteed.[38]

Versions
HDCP revision Release Date Notes
1.0 17 February 2000 Supports DVI only
1.1 9 June 2003 Supports DVI, HDMI
1.2 13 June 2006 Supports DVI, HDMI
1.3 21 Dec 2006 Supports DVI, HDMI, DP, GVIF, UDI
1.4 8 July 2009
2.0 IIA 23 Oct 2008
Interface Independent Adaptation, any IP-based interface
Compressed or uncompressed video (only specified for compressed over PES though)
2.1 IIA 18 July 2011
New mechanism to manage Type 1 content. Type 1 is a flag preventing content from going to v1.x HDCP. It is assumed that UHD content will require that.
Resolves addition of devices to the HDMI tree without a full tree re-authentication by allowing ReceiverID_List to be asynchronous
2.2 IIA 16 October 2012
Addresses a breach described above, as well as other flaws in Locality Check
Type 1 extended to preventing content from going to v2.1, 2.0 and v1.x as they all have weaknesses
2.2 for HDMI 13 February 2013
This spec is not bound to backward compatibility to v2.0 and v2.1 hence makes it a clean version of v2.2
2.2 for MHL 11 September 2013
2.3 for HDMI 28 February 2018
HDCP v2.x
The 2.x version of HDCP is not a continuation of HDCPv1, and is rather a completely different link protection. Version 2.x employs industry-standard encryption algorithms, such as 128-bit AES with 3072 or 1024-bit RSA public key and 256-bit HMAC-SHA256 hash function.[23] While all of the HDCP v1.x specifications support backward compatibility to previous versions of the specification, HDCPv2 devices may interface with HDCPv1 hardware only by natively supporting HDCPv1, or by using a dedicated converter device. This means that HDCPv2 is only applicable to new technologies. It has been selected for the WirelessHD and Miracast (formerly WiFi Display) standards.[39][40]

HDCP 2.x features a new authentication protocol, and a locality check to ensure the receiver is relatively close (it must respond to the locality check within 7 ms on a normal DVI/HDMI link).[23] Version 2.1 of the specification was cryptanalyzed and found to have several flaws, including the ability to recover the session key.[22]

There are still a few commonalities between HDCP v2 and v1.

Both are under DCP LLC authority.
They share the same license agreement, compliance rules and robustness rules.
They share the same revocation system and same device ID formats.
See also
HDCP repeater bit
Digital Transmission Content Protection
Digital rights management
Encrypted Media Extensions
Defective by Design
Trusted Computing
References
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HDCP specification 1.3. Page 31 0x15, Page 35
"HD DVD Glossary". 080509 hddvd-faq.com
"HDCP deciphered: white paper" (PDF). DCP, LLC. 22 July 2008. Archived from the original on 20 September 2008.
"HDCP v1.3 specification" (PDF). Digital Content Protection. 21 December 2006. Archived from the original (PDF) on 20 September 2008. Retrieved 8 May 2008.
"Digital Content Protection LLC". Archived from the original on 2 February 2008. Retrieved 24 January 2008.
"HDCP License Agreement" (PDF). Digital Content Protection, LLC. 16 January 2008. Archived from the original (PDF) on 19 April 2009. Retrieved 24 January 2008.
Lawler, Richard (14 September 2010). "HDCP 'master key' supposedly released, unlocks HDTV copy protection permanently". Engadget. Retrieved 14 September 2010.
Peter Bright (17 September 2010). "Intel confirms HDCP key is real, can now be broken at will". Ars Technica. Retrieved 17 September 2010.
Staff, Ars (17 September 2010). "Intel confirms HDCP key is real, can now be broken at will". Ars Technica. Retrieved 12 June 2022.
Wired. "Intel Threatens to Sue Anyone Who Uses HDCP Crack".
"HDCP antipiracy leak opens doors for black boxes". CNET.
"FCC Approves Digital Output Protection Technologies and Recording Method Certifications" (PDF) (Press release). Federal Communications Commission. 4 August 2004. Archived from the original (PDF) on 17 October 2011. Retrieved 28 December 2006.
"EICTA announces "Conditions for High Definition Labelling of Display Devices" (PDF) (Press release). EICTA. 19 January 2005. Archived from the original (PDF) on 14 January 2007. Retrieved 28 December 2006.
"Output Content Protection and Windows Vista". Microsoft.
"The Clicker: Microsoft's OPM for the masses – Engadget". Archived from the original on 26 July 2008. Retrieved 29 August 2017.
Ryan Block (21 July 2005). "The Clicker: HDCP's Shiny Red Button". Engadget. Retrieved 28 December 2006.
Scott Crosby; Ian Goldberg; Robert Johnson; Dawn Song; David Wagner (5 November 2001). A Cryptanalysis of the High-bandwidth Digital Content Protection System. ACM-CSS8 DRM Workshop. Archived from the original on 7 November 2004. Retrieved 28 December 2006.
Niels Ferguson, DMCA Censorship, 15 August 2001
"HDTV Code Crack Is Real, Intel Confirms". Fox News. 16 September 2010. Archived from the original on 17 September 2010.
Marcus Yam (18 September 2010). "Intel Confirms That HDCP Master Key is Cracked". Tom's Hardware.
Green, Matthew (27 August 2012). "Reposted: A cryptanalysis of HDCP v2.1". A Few Thoughts on Cryptographic Engineering.
"High-bandwidth Digital Content Protection System: Mapping HDCP to HDMI (Revision 2.2)" (PDF). Digital Content Protection LLC. 13 February 2013.
van der Sar, Ernesto (28 August 2015). "First Netflix 4K Content Leaks to Torrent Sites". Torrentfreak.
Robertson, Adi (28 August 2015). "Netflix's 4K video reportedly cracked, Breaking Bad episode posted online".
"HDfury launches yet another path breaking device – the HDCP Doctor, HDfury Integral". HDFury.com. HDFury. Archived from the original on 15 January 2016. Retrieved 7 January 2016.
"Lawsuit against Legendsky (PDF)". Retrieved 7 January 2016.
Mullin, Joe (4 January 2016). "Warner Bros. sues "HD Fury" over boxes that can copy 4k video". Ars Technica. Retrieved 7 January 2016.
Van der Sar, Ernesto (6 May 2016). "4K Content Protection "Stripper" Beats Warner Bros in Court". TorrentFreak. Retrieved 6 June 2017.
"Device List as of 1/7/2010" (PDF). Crestron.
Masamitsu, Emily (23 January 2007). "PS3 Blinking Mystery Deepens—Westinghouse: "Our TVs Not the Problem"". Popular Mechanics. Archived from the original on 6 February 2007.
Selter, Scott (10 November 2005). "HDCP "Handshake" A Big Problem For Many Legacy DVI-Based HDTVs". AVRev.com. Archived from the original on 12 December 2009. Retrieved 8 March 2008.
Stockfisch, Mark (4 November 2007). "HDMI/DVI HDCP handshake problems & how to avoid them". EETimes.
Felten, Ed (11 September 2010). "Understanding the HDCP Master Key Leak".
"How do you capture video of your PS3 gameplay". Arqade. Stack Exchange. 1 January 2011.
"Frequently asked questions about using HDMI with Mac computers - Apple Support". Apple. 22 March 2017.
"HDCP White Paper: How DigitalMedia(TM) Switchers Handle HDCP" (PDF). Crestron.
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"Technical Note Wi-Fi CERTIFIED Miracast™ HDCP Interoperability Issue: HDCP 2.2 Protocol Descriptor" (PDF). WiFi Alliance. Retrieved 18 April 2017.
External links
Official website
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Intel technology
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Broadcast encryption and digital rights management
Categories: Audiovisual introductions in 2000Computer-related introductions in 2000Broken stream ciphersCopy protectionHigh-definition televisionIntel productsDigital rights management standards