Hiksemi M.2 NVMe SATA Enclosure Price in Pakistan | Skyrs

Data Sheet: HIKSEMI M.2 NVMe & SATA Dual-Protocol SSD Enclosures

The HIKSEMI Dual-Protocol external storage series (featuring flagship models like the MD202 and MDS1) is designed to maximize utility by consolidating PCIe NVMe and older SATA (NGFF) M.2 storage interfaces into a single high-speed portable solution. Encased in rugged aircraft-grade aluminum, these enclosures allow users to repurpose existing internal solid-state drives into fast, universally compatible external backup systems and media scratch drives.


Product Specifications and Variants

Feature MD202 Variant (Sleek Pocket Profile) MDS1 / MDR1 Variant (Pro Performance / RGB)
Model Designation HS-HUB-MD202 HS-HUB-MDS1 / HS-HUB-MDR1
Controller Chipset Realtek RTL9210B Smart Master Control Realtek RTL9210B Smart Master Control
Bus Protocol Dual-Protocol (M.2 NVMe PCIe / M.2 SATA) Dual-Protocol (M.2 NVMe PCIe / M.2 SATA)
Output Interface USB 3.2 Gen 2 Type-C USB 3.2 Gen 2 Type-C
Max Transfer Rate Up to 10 Gbps (Theoretical ~1,050 MB/s) Up to 10 Gbps (Theoretical ~1,050 MB/s)
Form Factor Fit M.2 2242, 2260, 2280 M.2 2230, 2242, 2260, 2280
Storage Limitations Supports module capacities up to 4TB Supports module capacities up to 4TB
Chassis Accents Charcoal Grey Matte Finish Space Grey / Aura RGB Lighting Sync
Device Footprint 106mm × 31mm × 10mm 123mm × 38mm × 12.5mm

Deployment and Hardware Installation

HIKSEMI Dual-Protocol enclosures incorporate a 100% toolless slider mechanics matrix, mitigating the deployment friction of loose screws or secondary drivers.

  1. Chassis Access: Apply mild downward pressure to the slide cover or release latch to open the main protective aluminum hull, exposing the integrated PCB layout.

  2. SSD Slotting: Position the target M.2 SSD module (M-Key or B+M Key variant) facing the internal layout node. Insert firmly at a 30-degree incline.

  3. Toolless Tie-Down: Push the backend of the drive flat against the frame board. Secure the SSD assembly utilizing the pre-installed sliding retention pin or tool-free rubber mount pin.

  4. Thermal Dissipation Prep: Strip away the preservation layer on both faces of the highly-conductive silicone compound thermal strip. Apply the thermal pad directly onto the bare NAND flash surface.

  5. Final Housing: Align the outer alloy cover plates back onto the rails and close the shell completely until it clicks into place.


System Configuration and Protocol Handshaking

The onboard Realtek controller uses zero-driver plug-and-play architecture across all modern computing environments.

  • Drive Initialization Protocol: Brand-new flash arrays must be provisioned before storage directories become accessible. In Windows, enter Disk Management via the Start Menu, execute a GPT initialization scheme, and format via NTFS or exFAT. On macOS platforms, access Disk Utility, identify the mass storage device, and perform an erase command mapping to APFS or exFAT.

  • Bandwidth Saturation: Peak performance (10 Gbps) requires connecting directly to native USB 3.2 Gen 2 or Thunderbolt infrastructure with the factory-certified Type-C data cable. Connection to downstream legacy USB 3.0 ports forces fallback states of 5 Gbps.

  • Storage Preservation: The device logic activates an automated 10-minute standby hibernation state when data transfers freeze, minimizing local thermal build-up and preserving memory health.


Exclusive Distribution and Availability in Pakistan

Official SKYRS Distribution Policy: All verified retail variants, certified regional skus, and official component packages for the dual-protocol HIKSEMI M.2 NVMe & SATA Enclosure line are available exclusively through SKYRS in Pakistan.

SKYRS oversees structural regional availability, authentic multi-cable accessories distribution, and direct technical warranty processing within the Pakistani market. For deployment allocation profiles or commercial volume requests, engage your dedicated SKYRS logistics specialist.

Description