Product Description
The IBM ES3A Enterprise 800GB SSD PCIe4 NVMe U.2 module for IBM i (Feature Code: ES3A) is a high-performance enterprise-class solid-state drive designed for IBM Power Systems. This PCIe Gen4 NVMe U.2 module delivers 800GB of fast, reliable storage with low latency, making it ideal for demanding IBM i workloads. It features enterprise endurance and is formatted for 4160-byte sectors to ensure optimal compatibility and performance.
Key Features
- 800GB Capacity: Provides 800GB of high-speed enterprise storage for data-intensive IBM i applications.
- PCIe4 NVMe Interface: Delivers superior throughput and low latency compared to previous generations.
- U.2 Form Factor: Fits standard U.2 slots in Power Systems for easy installation.
- Enterprise-Class Reliability: High endurance and data integrity for mission-critical environments.
- IBM i Optimized: Formatted specifically for IBM i (4160-byte sectors), supports load source use with mirroring.
- Error Correction & Protection: Advanced features ensure data integrity for critical operations.
- 60-Day Warranty: Includes a 60-day warranty for reliability.
- Feature Code: ES3A
- CCIN: 5B53
Technical Specifications
- Part Number: 02YC724
- Feature Code: ES3A
- CCIN: 5B53
- Capacity: 800GB
- Interface: PCIe Gen4 x4 NVMe
- Form Factor: U.2 (15mm)
- Sector Size: 4160-byte (optimized for IBM i)
- Installation: Requires compatible U.2 NVMe slot; mirroring recommended/required for IBM i
- Supported Systems: Power11, Power10, and select Power9 models
Compatibility
The IBM ES3A 800GB SSD PCIe4 NVMe U.2 module is compatible with IBM Power Systems running IBM i, including Power10 models such as 9105-41B (Power S1014), 9105-22A (Power S1022), 9105-22B (Power S1022s), 9105-42A (Power S1024), 9043-MRX (E1050), and 9080-HEX (E1080). It is also supported on select Power9 models. This drive requires an available U.2 NVMe slot and supports IBM i as a native load source or additional storage (mirroring required). It is optimized for IBM i OS400 and provides high IOPS for virtualization and database workloads. Not compatible with non-NVMe slots or non-supported OS configurations without proper formatting.
