Further information for Lenovo 4XH0L08578 SSD M.2 adapter High Profile
Design
Product colour
Green
Internal
Easy to install
Logistics data
Harmonized System (HS) code
84733020
Operational conditions
Operating temperature (T-T)
0 - 70 °C
Operating relative humidity (H-H)
5 - 95%
Ports & interfaces
Host interface
PCIe
Output interface
M.2
Expansion card form factor
Full-height
Weight & dimensions
Width
121 mm
Depth
124 mm
Height
18.5 mm
Weight
30 g
The Lenovo M.2 SSD adapter - high profile is an internal interface card for use in ThinkStation systems, particularly in the P310 model. It serves as an adapter to install M.2 SSDs in systems with high-profile mounting rails. The card enables the connection of an M.2 SSD via a PCIe host interface, allowing the SSD to be recognised and utilised as internal storage within the system. The design is intended for installation in desktop workstations and supports the integration of modern, compact storage modules into existing system architectures.
Applications
The adapter is specifically designed for ThinkStation systems requiring a high-profile mounting for expansion cards. It is used in professional working environments where internal storage capacity needs to be expanded using M.2 SSDs without modifying the system architecture. Use in workstations enables fast and reliable storage expansion, which is relevant for applications such as CAD, 3D modelling, or data processing.
Features and equipment in detail
The adapter features a PCIe host interface, enabling communication between the M.2 SSD and the system bus. The output interface is designed for M.2, ensuring compatibility with standard M.2 SSDs. The form factor of the expansion card is defined as full height, meaning it occupies the entire height of the expansion slot in the system, thus ensuring mechanical stability. The product colour is green, typical for Lenovo adapter cards, allowing visual distinction from other components. Installation is tool-free and described as simple, accelerating the mounting process in existing systems.
Technology explained simply
The PCIe interface ensures high data transfer rates required for modern SSDs. The M.2 output interface allows direct connection to M.2 SSDs, often available in compact form factors such as 2280 or 2260. The card is designed for internal use, meaning it is mounted inside a closed enclosure and is not intended for external connections. The operating temperature range is 0 to 70 °C, and the relative humidity during operation is 5 to 95 %, ensuring reliable performance in typical office and working environments. Dimensions are 121 mm (width), 124 mm (depth), and 18.5 mm (height), with a weight of 30 g. These values are designed for installation in standard workstation enclosures.
Compatibility and accessories
The adapter is specifically developed for ThinkStation systems, particularly the P310 model. It is fully qualified for configurations specified in ThinkStation systems. The card is not a standalone storage device but serves exclusively as an interface adapter.
Installation and mounting
Mounting is done by inserting the card into the appropriate expansion slot of the ThinkStation system. The card is placed into the high-profile mounting rail and mechanically secured. Installation is described as simple, indicating direct mounting without additional tools or configurations. The card is designed for internal use, meaning it is concealed within the enclosure after installation.
Advantages in operation
Using the adapter enables flexible expansion of internal storage capacity in ThinkStation systems without requiring system modifications or rebuilds. The use of M.2 SSDs offers high speeds and low latency, which is advantageous for performance-intensive applications. The simple installation reduces effort during system expansion, and the reliability of the component is ensured by qualification for ThinkStation systems. The card is designed for continuous operation in professional environments, with operating conditions meeting typical requirements for office and working environments.