Workstation Data Recovery PC Build – Step-by-Step Setup for Reliable File Retrieval

---

OVERVIEW:

In this tutorial, we walk through the full build process of a custom workstation PC designed specifically for data recovery. This step-by-step guide covers everything from CPU installation and cooler setup to cable management and final testing. If you’re looking to build a compact, powerful, and efficient workstation for similar tasks, this guide will provide you with all the key insights. Every component was carefully selected to balance performance and reliability within a small form factor case. Whether you’re building your first workstation or upgrading your setup, this blog has everything you need.

---

REPAIR TIME & SKILL LEVEL:

This repair is estimated to take about 2 TO 3 HOURS to complete and is of INTERMEDIATE difficulty, requiring basic PC building experience and attention to detail during component installation and cable routing.

---

STEPS:

Tools You Need

For this repair, you will need a Phillips screwdriver, thermal paste, and all the components listed in the build including an ASRock B760M ITX motherboard, Intel i5-13400 processor, DDR4 RAM, a Samsung SSD, an ID-Cooling 45mm low-profile CPU cooler, a 300W PSU, SATA cables, and two 3.5-inch hard drives.

---

Unbox and Prepare the Motherboard

• Open the motherboard box and remove the board along with all included accessories.
• Set the motherboard on a safe, static-free surface for component installation.
• Keep the socket cover in case of future motherboard returns.

---

Install the Processor

• Open the ILM socket latch and align the processor using the triangle markers.
• Gently drop the processor into the socket and close the ILM.
• The socket cover will pop off during this process—keep it for RMA purposes.

---

Deploy the Boot SSD

• Insert the 512GB Samsung M.2 SSD into the designated M.2 slot on the board.
• Use the included screw to secure the SSD in place firmly.

---

Set up the RAM

• Open both RAM slot clips and align the RAM module notches correctly.
• Push the RAM straight down into the DIMM slots until you hear a click.
• Repeat the process for the second 16GB stick for a total of 32GB DDR4 3200MHz.

---

Mount the CPU Cooler

• Choose the Intel bracket hardware from the cooler kit (labeled LGA 1700).
• Attach the brackets to the cooler and apply thermal paste to the CPU (one long line with two dots).
• Peel the plastic film off the cooler base and install it with the heat pipes facing down.
• Hold the cooler in place, flip the board, and secure the backplate screws.

---

Route the CPU Fan Cable

• Plug the fan cable into the CPU fan header on the motherboard (far right side).
• Route the cable neatly underneath the cooler to prevent interference.

---

Prepare the Case and Install the IO Shield

• Open the case and remove all unnecessary cables from the way.
• Identify and install the IO shield, verifying correct orientation by matching it to the motherboard.

---

Install the Motherboard into the Case

• Align the motherboard with the standoffs and rear IO shield.
• Secure the board in place using a Phillips screwdriver and the case screws.

---

Connect Front Panel Cables

• Locate the JFP1 header and connect the front panel pins (power switch, reset, LED, etc.).
• Use the motherboard manual to verify correct pin alignment for each connector.

---

Connect USB and Audio Headers

• Plug the USB front panel cable into its designated slot (match the dead pin).
• Connect the HD Audio cable to the rear motherboard header, again using the dead pin for alignment.

---

Plug in CPU Power

• Route and connect the 8-pin EPS CPU power cable to the top left of the board.
• Tuck the cable neatly away from the cooler for optimal airflow.

---

Install 3.5″ Hard Drives

• Slide the first 4TB NAS-grade drive into the front drive bay.
• Mount the second drive in the 5.25″ bay typically reserved for DVD drives.
• Secure both drives using screws or brackets as needed.

---

Connect SATA Cables

• Use straight SATA data cables for both drives.
• Replace any right-angle cables that do not fit correctly with straight connectors.

---

Provide SATA Power

• Connect SATA power from the pre-installed 300W PSU to both hard drives.
• Manage cables loosely since this workstation will be frequently modified.

---

Final Cable Management and 24-Pin Power

• Install the 24-pin motherboard power connector.
• Perform light cable management—just enough to keep airflow clear while allowing future adjustments.

---

Power On and Test

• Plug the system into power and press the power button.
• Check for fan movement and boot indicators to confirm successful build.

---

CONCLUSION:

This workstation PC was built to handle heavy data recovery workflows while fitting into a compact form factor. With careful component selection and clean wiring, the system is ready for long-term reliability. While we didn’t focus on aesthetics, function and expandability were top priorities. Whether you’re testing drives or swapping parts regularly, this build has you covered. Let us know how your build went or if you need help!

---

VIDEO TUTORIAL:

Looking for a more in-depth tutorial? Check out our complete teardown video for a detailed step-by-step walkthrough.

---

MAIL-IN REPAIR SERVICE:

We offer professional screen replacement services. If you’re unsure about doing this repair yourself, send your device to our expert technicians for fast and reliable repair.

https://tekdep.com/device-repair/

---

SHOP PARTS:

---

SHOP TOOLS:

Using precision tools ensures a safe and efficient repair. Always use the right tools to prevent damage to delicate components. Investing in quality tools can make your build or repair experience much smoother.

---

HAVE QUESTIONS?

We’re here to help! Contact us:

• Phone: 818-456-4479
• Email: [email protected]

---

YOUR EXPERIENCE MATTERS: