TenaFe

About TenaFe

TenaFe, Inc. develops a DRAMless SSD controller that utilizes a patented LDPC engine and advanced compression algorithms to enhance data transfer rates up to 7.3GB/s while improving endurance and power efficiency. The company's technology streamlines the SSD qualification process, significantly reducing time to market for data centers, edge computing, and OEM applications.

```xml <problem> Traditional SSD controllers often rely on DRAM to manage data placement and caching, increasing cost, power consumption, and physical footprint. This dependence on DRAM can also create bottlenecks in high-performance applications, limiting data transfer rates and overall system efficiency. </problem> <solution> TenaFe offers a DRAM-less SSD controller that leverages a patented Low-Density Parity-Check (LDPC) engine and advanced compression algorithms to optimize data transfer rates and improve endurance. By eliminating the need for external DRAM, the TC2201 controller reduces bill-of-materials costs, lowers power consumption, and simplifies SSD design. The controller's architecture enhances Quality of Service (QoS) and streamlines the SSD qualification process, accelerating time-to-market for manufacturers. </solution> <features> - PCIe Gen4 interface with data transfer rates up to 7.3GB/s - Patented LDPC engine for improved QoS and error correction - Advanced compression algorithms to boost endurance and capacity - Optimally designed for minimal power consumption - DRAM-less architecture reduces BOM cost and simplifies SSD design </features> <target_audience> The primary target audience includes data centers, edge computing providers, and original equipment manufacturers (OEMs) seeking high-performance, cost-effective, and energy-efficient storage solutions. </target_audience> ```

What does TenaFe do?

TenaFe, Inc. develops a DRAMless SSD controller that utilizes a patented LDPC engine and advanced compression algorithms to enhance data transfer rates up to 7.3GB/s while improving endurance and power efficiency. The company's technology streamlines the SSD qualification process, significantly reducing time to market for data centers, edge computing, and OEM applications.

Where is TenaFe located?

TenaFe is based in Cupertino, United States.

When was TenaFe founded?

TenaFe was founded in 2022.

Location
Cupertino, United States
Founded
2022
Employees
43 employees
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TenaFe

Score: 77/100
AI-Generated Company Overview (experimental) – could contain errors

Executive Summary

TenaFe, Inc. develops a DRAMless SSD controller that utilizes a patented LDPC engine and advanced compression algorithms to enhance data transfer rates up to 7.3GB/s while improving endurance and power efficiency. The company's technology streamlines the SSD qualification process, significantly reducing time to market for data centers, edge computing, and OEM applications.

tenafe.com500+
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Crunchbase
Founded 2022 – Cupertino, United States

Funding

No funding information available. Click "Fetch funding" to run a targeted funding scan.

Team (40+)

Tonghang Zhou

IT System Engineer (Automation)

Company Description

Problem

Traditional SSD controllers often rely on DRAM to manage data placement and caching, increasing cost, power consumption, and physical footprint. This dependence on DRAM can also create bottlenecks in high-performance applications, limiting data transfer rates and overall system efficiency.

Solution

TenaFe offers a DRAM-less SSD controller that leverages a patented Low-Density Parity-Check (LDPC) engine and advanced compression algorithms to optimize data transfer rates and improve endurance. By eliminating the need for external DRAM, the TC2201 controller reduces bill-of-materials costs, lowers power consumption, and simplifies SSD design. The controller's architecture enhances Quality of Service (QoS) and streamlines the SSD qualification process, accelerating time-to-market for manufacturers.

Features

PCIe Gen4 interface with data transfer rates up to 7.3GB/s

Patented LDPC engine for improved QoS and error correction

Advanced compression algorithms to boost endurance and capacity

Optimally designed for minimal power consumption

DRAM-less architecture reduces BOM cost and simplifies SSD design

Target Audience

The primary target audience includes data centers, edge computing providers, and original equipment manufacturers (OEMs) seeking high-performance, cost-effective, and energy-efficient storage solutions.