Disaggregated, low latency block storage for cloud-native applications
Solution Overview
It's commonly recommended that NVMe-based Direct Attached Storage (DAS) be deployed to run distributed and cloud-native applications, especially high-performance databases including SQL and NoSQL. However, this approach often results in chronic over provisioning and underutilization.
Thus, Supermicro and Lightbits jointly bring this software-defined NVMe®/TCP storage solution bundle that combines Supermicro's high performance NVMe systems and Lightbits's technology to fully utilize NVMe and provide outstanding performance and low latency through standard Ethernet network to accelerate your cloud-native applications and reduce TCO.
Solution Benefits
- Flexibility and Operational Efficiency
- Software-defined, highly available block storage, standard infrastructure
- Scale storage & compute independently
- Rich data services
- High Performance
- Low latency, high IOPs, high bandwidth
- Lower TCO
- Maximize utilization/ROI
- Increase flash endurance
- No change in network
- Standard TCP/IP network infrastructure - ubiquitous, simple & efficient
- Run on standard Ethernet NICs
Solution Features
Use Cases
Latency and Performance Sensitive Databases
- Single instance database (MySQL, Postgres, Maria DB)
- Distributed/Replicated databases (MongoDB, CockroachDB, Cassandra)
Media
- CDN
- Streaming
Latency Sensitive, High Transaction Workloads
- Traditional FinTech
- Log processing (ELK, Splunk)
- Apache Kafka streams
CSPs, AI, Private and Edge Clouds
- Cloud services: IaaS, PaaS, and SaaS
- Cloud infrastructure for container and virtualized environments
Supermicro Lightbits-Ready Intel X13 Reference Architecture
Basic Density | Basic Capacity | Performance & Capacity | Density | Density & Capacity | |
---|---|---|---|---|---|
Server SKU | SYS-221BT-HNR | SSG-121E-NE316R | SSG-121E-NE316R | SYS-221BT-DNTR | SYS-221BT-DNTR |
Form Factor | 2U 4Node | 1U 1Node | 1U 1Node | 2U 2Node | 2U 2Node |
Raw Capacity Per node/per chassis | 92/368 TB | 122 ~ 245 TB | 492 TB | 184/368 TB | 368/737 TB |
CPU Per node/per chassis | Intel SPR 6438Y x2 / x8 | Intel SPR 6438Y x2 | Intel SPR 6438Y x2 | Intel SPR 6438Y x2 / x4 | Intel SPR 6438Y x2 / x4 |
Memory Per node/per chassis | 32GB DDR5 x16 / x64 | 32GB DDR5 x16 | 32GB DDR5 x16~32 | 32GB DDR5 x16 / x32 | 64GB DDR5 x16 / x32 |
NVMe Drives Per node/per chassis | 15.36TB x6 / x24 | 15.36TB x8~16 | 30.72TB x16 | 15.36TB x12 / x24 | 30.72TB x12 / x24 |
Networking Per node/per chassis | 2p 200GbE x1 / x4 | 2p 200GbE x1 | 2p 200GbE x2 | 2p 200GbE x1 / x2 | 2p 200GbE x1 / x2 |
Performance Per node |
|
|
|
|
|
- * A Lightbits cluster requires a minimum of 3 nodes.
- ** projected performance from 2U4N platform
Supermicro Lightbits-Ready Intel X12 Reference Architecture
Configuration | Performance | Performance & Capacity | Capacity | Basic | Density | Basic |
---|---|---|---|---|---|---|
Server SKU | SYS-220U-TNR | SYS-220U-TNR | SYS-220U-TNR | SYS-220U-TNR | SYS-220BT-DNTR | SSG-110P-NTR10 |
Form Factor | 2U1N | 2U1N | 2U1N | 2U1N | 2U2N | 1U1N |
Node Raw Capacity | 153TB | 307.20TB | 307.20TB | 153TB | 368TB | 61.44TB |
Effective Capacity | Up to 800TB | Up to 800TB | Up to 800TB | Up to 393TB | Up to 786TB | Up to 188TB |
CPU | 2x ICX 6338 | 2x ICX 6336Y | 2x ICX 6336Y | 2x ICX 6336Y | 4x ICX 6336Y | 1x 6314U |
Min Memory | 16x 32GB | 32x 32GB | 32x 32GB | 16x 32GB | 32x 32GB | 8x 32GB |
Recommended RAM: (for Compression 2:1 or better) | 32x 32GB | 32x 64GB | 32x 64GB | 32x 32GB | 32x 64GB | 8x 64GB |
NVMe Drives | 20x 7.68TB | 20x 15.36TB | 20x 15.36TB | 20x 7.68TB | 24x 15.36TB | 8x 7.68TB |
Networking | 2x 2p 100GbE | 2x 2p 100GbE | 1x 2p 100GbE | 1x 2p 100GbE | 2x 2p 100GbE | 1x 2p 100GbE |
Lightbits License | 1x SFT-LB-LBOS210X | 1x SFT-LB-LBOS210X | 1x SFT-LB-LBOS210X | 1x SFT-LB-LBOS210X | 1x SFT-LB-LBOS210X | 1x SFT-LB-LBOS210X |
IOPS* |
|
|
|
|
|
|
- 1. Lightbits cluster size: 3~16 nodes
- 2. Please contact Lightbits-PM@supermicro.com for BOM
- 3. X = 1, 3, or 5 (1 year, 3 years, 5 years)
- * Lightbits provided