Is the HP ProBook 640 G4 Still Worth It in 2026? 6-Month Review
I purchased this HP ProBook two years ago, and over the past 6 months, I have put it through intensive daily hard work. Below are the real-world results of every test I conducted, explaining everything from its pricing to my actual day-to-day development usage.
Device System Specifications
Here is the exact technical information of the device under review:
| Component | Specification Details |
|---|---|
| Device Name | DESKTOP-3S2IJCM |
| Processor | Intel(R) Core(TM) i5-7200U CPU @ 2.50GHz (Turbo up to 2.71 GHz) |
| Installed RAM | 8.00 GB (7.85 GB usable) |
| Storage | 238 GB SAMSUNG NVMe SSD (MZVLQ256HAJD-000H1) |
| Graphics Card | Intel(R) HD Graphics 620 (128 MB) |
| Device ID | FBF9A596-FB13-4175-94CA-BFB8BEA4F271 |
| Product ID | 00331-10000-00001-AA643 |
| System Type | 64-bit operating system, x64-based processor |
| Pen & Touch | No pen or touch input is available for this display |
Test 1: Real-World Battery & Multitasking Performance
For my first test, I simulated a heavy working day based on my usual habits:
- Display Brightness: 90%+
- Keyboard Backlight: Full brightness
- Audio: Active music playlist streaming in the background
I unplugged the laptop at 94% battery and began working on a corporate assignment: writing a custom Python-based tool that assists our company clients with deep financial report analysis.
The Workload Stack:
- Visual Studio Code running scripts
- YouTube open in the background handling active playlists
- 6 to 7 active browser tabs (including Gmail, Slack, Gemini, and the company log-in panel)
The Result:
After 2 hours and 19 minutes of non-stop work, the battery dropped down to 17%.

The development testing workstation layout running the real-world workload stack.
I originally purchased this laptop for 51,000 PKR from a local shop in Rahim Yar Khan. The shop provided a guaranteed 3 hours of non-stop battery backup. When I called them to discuss the drop, the vendor claimed my workload was too demanding, pointing out that developers usually push machines harder with 10+ open tabs and heavy programs like Android Studio.
My Verdict: Even with the rapid drain, if you calculate the battery use all the way down to 0%, it does hit almost exactly the 3 hours promised by the vendor.
Test 2: Developer Automation Performance (PHP Script)
Next, I tested how the machine handles web-based background automations. I ran a custom PHP script designed for corporate data entry.
The Workflow: The script logs into our company SQL database panel, extracts raw data, launches Google Sheets, and writes the information into specific pre-selected rows.
The Result: Because this process only utilized a single browser tab, the laptop executed the workflow flawlessly. The entire sequence finished smoothly in exactly 14.55 seconds.
Test 3: Heavy Animations & 4K Media Playback
To push the integrated Intel HD Graphics 620 to its boundaries, I opened complex, animation-heavy websites alongside streaming media.
Heavy Web Content: I accessed the Eskimi platform. Initially, the page suffered from visible interface lag. Once the heavy tracking codes and layout animations loaded fully, performance normalized, though scrolling down still felt slightly stuttery.
4K Media & Communication Apps: When trying to play 4K HD content on Netflix or YouTube while communication tools like Slack and WhatsApp were running in the background, the system began to struggle. I experienced noticeable audio-to-video synchronization delays and visible frame drops.
Test 4: Sleep Wake-Up Response Time
I conducted a manual wake-up test using my phone’s stopwatch to measure recovery times from standby state.
The Method: I put the laptop into sleep mode via the Windows navigation bar, closed the screen panel entirely, and timed how long it took to reach a usable desktop upon flipping the screen back up.
The Result: It took exactly 4.9 seconds to wake up. This feels noticeably sluggish if you are accustomed to premium hardware.
Final Verdict
Below is a trusted system battery report generated natively via the Windows command prompt using the powercfg utility to verify hardware integrity:

Windows native powercfg battery report diagnostic readout.
My Honest Recommendation: If you are currently shopping for a portable workstation, I suggest looking past the ProBook line and checking out the HP EliteBook series instead. They offer a much faster interface, slimmer chassis profiles, and noticeably smoother multi-tasking capabilities for intense daily workflows.
Frequently Asked Questions (FAQ)
Can the HP ProBook 640 G4 run Windows 11?
Answer: It depends on your specific model. While most HP ProBook 640 G4 units shipped with 8th-Gen Intel processors that fully support Windows 11, some variants (like mine, which features the Intel Core i5-7200U) use 7th-Gen processors. Microsoft does not officially support Windows 11 on 7th-Gen Intel chips, meaning you will have to stick to Windows 10 or use a workaround to bypass checks.
Is the HP ProBook 640 G4 good for programming and development?
Answer: Yes, but only if you upgrade the RAM. The processor can handle light automation scripts and database work smoothly. However, the base 8GB RAM configuration will bottleneck under heavy multi-tasking, local servers, or IDEs like Android Studio. Upgrading to 16GB or 32GB is highly recommended.
What is the real price of a used HP ProBook 640 G4 in Pakistan?
Answer: In the local refurbished market (such as Rahim Yar Khan or Lahore), a used model with a 7th-Gen i5 processor, 8GB RAM, and a 256GB SSD costs approximately 50,000 PKR to 55,000 PKR, depending on the overall physical condition and battery health.
About the Author: Shahzaman Bin Aziz
Shahzaman Bin Aziz is a software developer, technical blogger, and business owner. Operating optimization models out of Rahim Yar Khan, he specializes in building thorough, original field testing procedures for development hardware configurations, verifying authentic component wear and performance over extended real-world deployment periods.
