Caja de PC AZZA Guardian Glass semitorre – negra, ATX/Micro‑ATX/ITX/EATX, compatible con 3,5 pulgadas×2 / 2,5 pulgadas×4, ventiladores frontales de 120/140 mm

AZZA Guardian Glass Midi Tower in black is a mid‑sized PC case designed for ATX, EATX, Micro‑ATX and ITX systems. It places the power supply at the bottom and provides a side tempered glass window for component visibility. The case supports two 3.5" drives and four 2.5" drives, includes one preinstalled 120 mm rear fan and has mounting positions for 120 mm or 140 mm fans at the front. Front I/O provides two USB 3.2 Gen 1 Type‑A ports and standard audio and control buttons.

Advantages

The Guardian Glass offers a balance of expandability and compact footprint, supporting full‑sized ATX and extended EATX motherboards while remaining a midi tower. A tempered glass side panel gives clear visibility for installed components and lighting, and the ventilated front glass/grill design improves airflow compared with closed panels. Multiple internal drive bays and flexible fan mounting positions allow straightforward builds with a mix of HDD and SSD storage. Front USB 3.2 Gen 1 Type‑A ports allow fast data transfers for modern peripherals.

Suitable for

• Home or office desktops requiring ATX, Micro‑ATX, ITX or EATX motherboards
• Gaming builds that use multiple 2.5" SSDs and up to two 3.5" HDDs
• Systems that benefit from visible components and ARGB or LED lighting
• Users who want flexible fan layouts with front 120/140 mm support and a preinstalled rear 120 mm fan

When it may not be suitable

This case does not include a power supply, so buyers must purchase a compatible ATX power supply separately. The midi tower footprint is compact but still has limits on very large components; extremely large air coolers or unconventional multi‑GPU arrangements may require verification of clearance. If you need many external 5.25" drive bays or factory‑installed advanced cooling solutions, this model may not meet those specific needs.

Key specifications

• Form factor: Midi Tower
• Supported motherboard sizes: ATX, EATX, Micro‑ATX, ITX
• Drive bays: 2 × 3.5" and 4 × 2.5"
• Preinstalled cooling: 1 × 120 mm rear fan
• Front fan support: 120 mm or 140 mm (multiple positions)
• Side window: Tempered glass
• Front I/O: 2 × USB 3.2 Gen 1 Type‑A, power button, LED control, audio
• Power supply location: Bottom, supports ATX PSUs
• Colours and finish: Black exterior
• Approximate weight and dimensions: 8.1 kg; width 220 mm × depth 466 mm × height 486 mm

How to use

Install the motherboard compatible with ATX, EATX, Micro‑ATX or ITX mounting points and secure it with the supplied standoffs. Mount the power supply in the bottom compartment and route cables through the provided cutouts to the motherboard and drives. Install HDDs or SSDs into the dedicated trays: the drive cage and panel positions accept 3.5" and 2.5" drives as noted. Fit front and top fans as required using the 120/140 mm mounting points and connect the preinstalled 120 mm rear fan to the motherboard fan header. Use the front panel USB ports for fast external storage and connect the audio jack for headsets or speakers. Use the LED button on the top panel to cycle lighting modes if ARGB or built‑in LED functions are present.

What to consider before purchase

• Power supply is not included — plan for an ATX PSU compatible with bottom mounting.
• Verify clearance for your CPU cooler and GPU length within the case dimensions.
• Check the number and types of storage drives you intend to install against the available 3.5" and 2.5" bays.
• Confirm whether you require additional front or top fans beyond the preinstalled rear fan for desired cooling performance.

Recommendations

For balanced cooling and noise levels, install at least one additional intake fan at the front and use well‑managed cable routing to maintain unobstructed airflow. Choose a low‑profile CPU cooler or verify GPU cooler length against the 466 mm depth and internal clearance. Use the front USB 3.2 Gen 1 Type‑A ports for external SSDs or peripherals that benefit from higher transfer speeds.