Description
The Jonsbo TK-1 2.0 Starship Cabin redefines the panoramic PC chassis by utilizing a single-piece, dual-bend tempered glass panel that wraps seamlessly from the front to the side. This M-ATX case is engineered for enthusiasts who prioritize a "hardware showcase" philosophy, providing a clear view of internal components from multiple angles. The 2.0 revision specifically adds compatibility for back-connect motherboards, allowing users to hide all power and data cables behind the motherboard tray for a pristine, professional-grade build. Constructed with a premium 2.5mm aluminum alloy exterior and a 1mm steel internal frame, it offers a high-end tactile feel and robust structural integrity.
This product is for:
- PC DIY Enthusiasts: Users seeking a unique "aquarium" style aesthetic to display high-end components without corner pillars.
- Desk Aesthetic Minimalists: Builders who want a clean, cable-managed look facilitated by the latest back-plug motherboard standards.
- Figure Collectors: The spacious interior and panoramic glass make it an ideal stage for displaying collectible figures alongside PC hardware.
- Compact Workspace Users: Its 299mm x 310mm footprint is optimized for smaller desks while still supporting standard M-ATX motherboards.
- Creative Professionals: Designers and editors who want a visually striking workstation that serves as a centerpiece for their creative environment.
Detailed specifications:
- Dimensions: 299mm (W) x 310mm (D) x 345mm (H) (including feet)
- Motherboard Support: ITX / M-ATX (Supports Back-Connect/Rear-Plug models)
- GPU Clearance: Maximum length up to 280mm
- CPU Cooler Clearance: Maximum height up to 165mm
- Power Supply Support: ATX (up to 200mm length)
- Storage Capacity: 2x 3.5" HDD or 1x 2.5" SSD + 1x 3.5" HDD
- Cooling System: Top: 2x 120mm (supports 240mm AIO); Bottom: 2x 120mm
- Front I/O: 1x USB 3.2 Gen 2 Type-C, 1x USB 3.0, 1x Audio/Mic 2-in-1 Jack
- Expansion Slots: 4 PCI slots
- Net Weight: 5.9kg
Building in the Jonsbo TK-1 2.0 centers on a vertical airflow principle, drawing cool air from the bottom and exhausting heat through the top to maintain thermal efficiency in a compact volume. The wrap-around glass panel is easily removable, providing wide-angle access to the motherboard tray for simplified installation. The inclusion of back-connect support is a significant quality-of-life improvement, as it eliminates the struggle of routing thick 24-pin cables in a dual-chamber-style layout. The 2.5mm aluminum outer shell provides a premium finish that resists fingerprints and offers better durability than standard thin-gauge steel cases.
Compared to traditional dual-chamber cases like the Lian Li O11 Dynamic Mini, the Jonsbo TK-1 2.0 offers a more seamless visual experience due to the absence of a front-left corner pillar. While it has a stricter GPU length limit of 280mm compared to larger mid-towers, it compensates with a significantly smaller footprint and native support for the latest back-plug motherboard standards such as ASUS BTF or MSI Project Zero. Its vertical thermal chimney design is also more specialized for air cooling efficiency than standard horizontal flow cases, making it a superior choice for compact, high-visibility desk setups.
Q&A:
- Does the Jonsbo TK-1 2.0 support back-connect motherboards? Yes, the 2.0 version features specific tray cutouts to accommodate M-ATX and ITX motherboards with rear-mounted power and data connectors.
- What is the maximum GPU length for this case? The TK-1 2.0 supports graphics cards up to 280mm in length, which covers many dual-fan and compact triple-fan high-performance GPUs.
- Can I install a liquid cooler in the TK-1 2.0? Yes, the top panel is designed to support a 240mm radiator for CPU liquid cooling solutions.
- What are the front panel connectivity options? The case includes one high-speed USB 3.2 Gen 2 Type-C port for modern peripherals, one USB 3.0 port, and a 2-in-1 audio/mic jack.
- How many fans can be installed in total? The chassis supports up to four 120mm fans: two at the top for exhaust and two at the bottom for intake to create a vertical cooling path.
