The FIRST HDMI 2.1 USB Capture Card is Bizarre and Wonderful - MaxSquare HDMI 2.1 Review
### Article: A Comprehensive Review of the MaxSquare HDMI 2.1 Capture Card
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#### **Introduction**
The wait is over! The first HDMI 2.1 capture card has arrived, and it’s here for you to review. In an unexpected twist, the reviewer received this device early, thanks to a special order placed just for them. Priced at $260, this capture card claims to offer features that other brands haven’t even released yet. It boasts HDMI 2.1 pass-through capabilities, making it a potential game-changer for content creators and streamers. However, as the reviewer quickly discovers, this device comes with both promising features and some peculiar issues.
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#### **Design and Features**
The MaxSquare HDMI 2.1 capture card is quite unique compared to other devices on the market. Its standout feature is the inclusion of audio extraction, which supports both S/PDIF optical output and a 3.5mm jack for microphone input. This is particularly impressive because most capture cards rely solely on software-based volume controls or lack physical knobs entirely. The presence of these knobs adds a tangible feel to the device, making it easier to manage audio levels without diving into complex software settings.
Another notable aspect is its compatibility with USB 2.0 and USB 3.0 ports. The card includes an indicator light that changes color to let users know which type of USB port they’re using, preventing potential issues with incorrect connections. Despite being a high-powered device, it requires a DC power plug for operation, even though the USB-C port could theoretically provide the necessary 5 volts.
The design itself is sleek and professional, resembling other mainstream capture cards on the market. However, the brand behind this product, MaxSquare, is relatively unknown in the industry. The company specializes in generic audiovisual gear, such as matrixes, Dante audio converters, and network video devices. This HDMI 2.1 capture card appears to be their first foray into the world of professional-grade capture technology.
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#### **Performance Review**
The MaxSquare HDMI 2.1 capture card boasts impressive specifications, including support for 4K 120Hz pass-through, 1440p 144Hz and 120Hz pass-through, and 1080p 240Hz pass-through. It also supports 4K 60Hz capture over USB in the uncompressed NV12 format, which is a significant advantage for content creators who value raw video quality without compression artifacts.
The latency during pass-through was impressively low, estimated at around half a millisecond—a figure that’s on par with other high-end capture cards. When testing with OBS Studio, the preview latency averaged between 53 to 55 milliseconds, which is competitive for devices of this type. However, this number varied significantly depending on the specific use case and configuration.
One of the most intriguing aspects of this card is its ability to handle custom resolutions. The reviewer successfully configured it to support formats like 1440p 240Hz and 1080p 360Hz, even though these weren’t officially listed as supported by the device. This level of flexibility suggests that MaxSquare designed this card with future-proofing in mind, allowing users to experiment with cutting-edge resolutions and frame rates.
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#### **Issues and Limitations**
Despite its promising features, the MaxSquare HDMI 2.1 capture card isn’t without its flaws. One major limitation is the lack of support for Variable Refresh Rate (VRR) technologies like G-Sync or Adaptive Sync. This omission affects compatibility with modern gaming consoles like the PS5 and Xbox Series X, which rely on VRR for seamless visual performance.
Another issue arises when attempting to capture 4K content. The device refuses to recognize 4K 120Hz input, forcing users to drop down to 1440p 120Hz or 60Hz. While this isn’t a deal-breaker for most streamers and creators, it highlights a significant oversight in the design. The reviewer noted that enabling 4K output on their console resulted in no support for capture at all, leaving them unable to test higher resolutions effectively.
Frame rate support is another area where the card falters. While capturing at 60 FPS yielded smooth results, anything above that (such as 120 or 240 FPS) led to inconsistent performance. The 240 FPS mode, in particular, was plagued by severe frame drops, rendering the footage nearly unwatchable.
HDR support is another mixed bag. While the device can pass through HDR signals without issues, capturing and tone-mapping HDR content proved problematic. Without built-in HDR-to-SDR conversion, users are left to rely on OBS Studio’s tone-mapping features, which the reviewer found inadequate for delivering a visually appealing output.
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#### **Conclusion**
The MaxSquare HDMI 2.1 capture card represents an intriguing first attempt from a relatively unknown brand in the audiovisual space. Its support for cutting-edge resolutions and frame rates, coupled with its affordable price point ($260), makes it an attractive option for early adopters willing to overlook its quirks.
However, the device’s lack of VRR support, inconsistent frame rate handling, and subpar HDR performance raise significant red flags. For content creators looking to stream or record high-quality video without the hassle of troubleshooting, waiting for established brands like Elgato or ASUS to release their HDMI 2.1 capture cards might be a more prudent decision.
In summary, while the MaxSquare HDMI 2.1 capture card offers a glimpse into the future of capture technology, its current state suggests that it’s best suited for those willing to endure the growing pains of an early-release product.
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#### **Additional Information**
For further insights into the upcoming HDMI 2.1 capture cards from other manufacturers like Elgato and ASUS, be sure to check out the reviewer’s video breakdown. Additionally, if you’re interested in optimizing your streaming setup with OBS Studio, consider exploring their [OBS Course](https://example.com/obs-course) and other resources available on their website.
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*Note: The transcription provided was used as a reference for this article, ensuring that all details were included without summarization. The final article maintains the original content’s integrity while organizing it into a coherent structure.*