Accessing the Interior: A Step-by-Step Approach
The Lenovo LOQ 15 (specifically the IRPH11 model) offers a straightforward entry point for users looking to service or upgrade their device, though it requires patience and the right tools. To begin any internal work, you will need a JIS number one screwdriver, which is essential for handling the specific drive types used in this chassis without stripping them. The process starts by undoing ten screws located on the bottom cover. It is crucial to note that the first four screws are shorter than the remaining six. Keeping these separate prevents accidental damage when reassembling or losing small hardware pieces later. Once all fasteners are removed, a thin plastic tool becomes necessary to release the clips holding the bottom panel in place. Care must be taken during this phase. Inserting the pry tool too deeply can risk damaging internal components or the chassis itself. Work around the perimeter gently until the cover pops free. With the bottom cover off, you immediately notice thermal pads adhered to the underside of the panel, positioned directly above both M.2 SSD locations. This indicates that heat dissipation is a primary design consideration for storage in this model.Power Management and Battery Removal
Before touching any other component, safety protocols dictate disconnecting power sources. The first step inside the chassis is unplugging the battery connector from the motherboard. Following this, you can undo the screws securing the 60-watt-hour lithium-ion battery. Interestingly, these screws appear to be captive within the battery assembly itself rather than on the motherboard, allowing for easier removal without losing fasteners entirely. This capacity suggests a focus on balancing performance with reasonable autonomy, though actual runtime will depend heavily on workload and display settings. For those concerned about longevity or needing replacement parts, knowing this is a standard 60Wh unit helps in sourcing compatible replacements if necessary.Storage and Memory: The Core Upgrade Paths
Once the battery is set aside, attention turns to the primary areas of interest for most users: storage and memory expansion. The LOQ 15 IRPH11 provides clear access points for both, making it a favorable option for enthusiasts who want to extend their laptop's lifespan through hardware upgrades.Primary M.2 SSD Slot
The primary drive slot is easily accessible once the battery area is cleared. In the reviewed configuration, this slot housed a 512 GB Kioxia EG7 M.2 2242 NVMe SSD. It is important to note the form factor here; the drive used was an M.2 2242 unit (shorter than the standard 2280 length). However, the slot itself is versatile and accepts both shorter and longer M.2 drives. This primary slot operates on PCI Express 4x4 lanes, ensuring high-speed data transfer capabilities suitable for modern gaming and content creation tasks. Users looking to upgrade storage can install larger capacity NVMe drives in this slot without worrying about bandwidth bottlenecks associated with older PCIe standards.RAM Expansion Under the Shield
Memory upgrades require a bit more maneuvering due to a protective metal shield covering the slots. To access them, you must first remove the installed SSD (if present) or work around it carefully. The RAM shield is locked tightly into place by metal clips on all sides. Using a safer pry point away from soldered components helps prevent damage to the motherboard during removal. Once free, two SODIMM slots are revealed. The tested unit came equipped with 16 GB of SK Hynix DDR5 5600 memory. These slots support dual-channel DDR5 5600 configurations, and Lenovo lists a maximum supported capacity of 32 GB across the two sticks. Reinstalling this shield requires precision. Each metal clip must align perfectly with the middle of its latch on the motherboard. Following the direction of any printed arrows on the cover ensures correct orientation. Because these steel clips are delicate and can break if forced, pressing down evenly is vital to avoid damaging the retention mechanism for future serviceability.Processing Power and Connectivity
Peering deeper into the chassis reveals the heart of the system's performance capabilities. Underneath the main heat pipe assembly sits the Intel Core Ultra processor. Adjacent to it lies the graphics solution, identified in this specific configuration as a GeForce RTX 5050 laptop GPU. This pairing suggests a focus on efficient core processing paired with capable entry-level to mid-range discrete graphics for gaming and creative workloads. The cooling system supporting these components utilizes dual fans, which is standard for maintaining thermal equilibrium during sustained loads. The placement of the heat pipe directly over both the CPU and GPU highlights Lenovo's approach to shared thermal management in this segment.Wireless Connectivity
For connectivity upgrades or replacements, the Wi-Fi card is located near the touchpad assembly on the underside of the chassis. In the reviewed unit, this was a Realtek RTL8852BE card providing Wi-Fi 6 and Bluetooth 5.3 support. This component is accessible once internal obstructions are cleared, allowing users to swap for newer standards if needed, though Wi-Fi 6 remains robust for most current network environments.What Works Well in the Design
The LOQ 15 IRPH11 demonstrates thoughtful engineering regarding user serviceability. Several aspects stand out as positives for DIY enthusiasts:- Captive Battery Screws: Keeping screws within the battery assembly reduces the risk of losing them, a common pain point in laptop repairs.
- Versatile Storage Slot: The primary M.2 slot supporting both 2242 and longer drives offers flexibility for future upgrades without being locked into specific form factors.
- Clear Access to RAM: While the shield is tight, having dedicated slots rather than soldered memory allows users to expand from 16 GB up to the supported maximum of 32 GB.