Shenzhen Xinchitai Technology Co., Ltd.
Shenzhen Xinchitai Technology Co., Ltd.
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Wholesale NVMe 3.0 2230 Low Speed SSD for Business Orders

The NVme 3.0 2230 low speed is a compact storage drive with dimensions of 22mm x 30mm. Built using the PCIe Gen 3.0 transmission protocol, it differs from high-speed gaming SSDs.
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M.2 2230 NVMEB M.2 PCIE 3.0 SSD

M.2 2230 NVMEB M.2 PCIE 3.0 SSD

GUDGA is a domestically developed SSD brand that focuses on high cost performance, stability and durability, and full platform compatibility, covering consumer and commercial storage. Our core advantages of M.2 2230 NVMEB M.2 PCIE 3.0 SSD are domestic controllers and original NAND flash memory, resulting in outstanding cost performance.  
Brand : Gudga
Material : PCBA
Color : Black/green
Lead Time:4-15 Days
Certification :ISO/CE/RoHS/KC
M.2 PCIE 3.0 SSD M.2 NVMe 2230

M.2 PCIE 3.0 SSD M.2 NVMe 2230

As a professional storage manufacturer and supplier in China, GUDGA has recently launched the M.2 PCIE 3.0 SSD M.2 NVMe 2230. It is made of PCBA material and comes in black or green colors. The read speed can reach 2000-3500MB/s. It has passed ISO/CE/RoHS/KC certifications. The delivery time is 4-15 days. It supports small batch orders starting from 10pcs. It is suitable for scenarios such as handheld devices and lightweight equipment.
Brand : Gudga
Material : PCBA
Color : Black/green
Lead Time:4-15 Days
Certification :ISO/CE/RoHS/KC

This NVme 3.0 2230 low speed emphasizes low power consumption, high stability, cost-effectiveness, and lightweight design. It is specifically designed for embedded devices, portable digital devices, industrial terminals, and commercial office hardware—devices with basic storage needs and no requirement for high-speed read/write operations. GUDGA has been deeply involved in the storage industry for many years, focusing on the mid-to-low-end low-speed storage market. By accurately grasping industry procurement needs, GUDGA has launched multiple M.2 2230 3.0 low-speed SSDs, becoming a preferred procurement brand for bulk purchasers, hardware manufacturers, and industrial control companies.


How to define the low-speed standard of this series of SSDs? In the industry storage classification standard, the GUDGA M.2 2230 3.0 low-speed SSD controls the sequential read and write speeds within a reasonable low-speed range, avoiding the problems of high power consumption, serious price premiums, and resource waste of high-speed SSDs. Its read and write performance is adapted to basic scenarios such as daily basic data reading and writing, silent program execution, and local data storage. It is defined as an industrial-grade and consumer-grade low-speed essential storage product, perfectly matching the storage adaptation requirements of non-high-performance devices.


GUDGA M.2 2230 3.0 Low Speed SSD Detailed Product Classification

Classification by Storage Capacity

Based on market demand for bulk purchases, GUDGA has established a comprehensive capacity tiered layout, covering all categories from small-capacity essentials to large-capacity backups, adapting to customized selections for different purchasing customers:

- Entry-level Storage (16GB-64GB): This level is the basic low-capacity, emphasizing ultra-low power consumption, extremely small size, and low cost. It is mainly used in industrial control motherboards, smart home modules, simple vehicle terminals, and IoT sensing devices. Suitable for bulk purchases of lightweight embedded hardware, meeting the basic needs of device system firmware embedding and simple data caching.

- Mainstream General Purpose (128GB-256GB): This capacity is the most popular specification and a key product category promoted by the GUDGA brand. It is suitable for tablets, thin and light laptops, mini PCs, educational electronic devices, monitoring terminals, etc., balancing storage space and cost-effectiveness. It is the core choice for bulk purchases by small and medium-sized manufacturers and for distributors to stock up.

- Expanded Backup Version (512GB-1TB): Developed for commercial office equipment, small industrial control all-in-one computers, and outdoor surveying equipment, this version increases storage capacity while retaining low-speed stability, meeting the needs of large-volume local file storage, pre-installation of equipment systems, and offline data backup. It is suitable for mid-to-high-end low-speed hardware procurement orders.

Classification by Flash Memory Material

What are the differences between different flash particles of GUDGA low-speed SSD? Different flash memory particles directly determine the hard drive's lifespan, temperature resistance, and stability. GUDGA has specifically classified the particle types to adapt to different procurement standards for different usage environments:

- SLC Flash Memory Low-Speed Version: Uses high-quality SLC flash memory particles, with high write/erase cycles, strong anti-interference capabilities, and resistance to high and low temperatures. It can operate stably in extreme environments from -20℃ to 70℃. Primarily designed for industrial applications, it is suitable for industrial automation equipment and outdoor industrial control hardware procurement, with a lifespan far exceeding that of ordinary flash memory hard drives.

- TLC NAND flash memory (universal version): Balancing cost and performance, this is the mainstream purchase option on the market. It uses high-quality 3D TLC flash memory, optimizes low-speed read/write algorithms, reduces power consumption, and ensures smooth operation without lag or speed drops. It is suitable for consumer digital devices and office equipment, offering excellent value for money and ideal for large-volume, affordable purchases.

Classification by Functional Characteristics

- Basic Standard Edition: No additional expansion functions, focusing on basic read/write storage. Simple structure, compatible with standard indoor/room-temperature devices, suitable for general digital device manufacturers and office hardware procurement. Low cost and highly versatile.

- Industrial Ruggedized Edition: GUDGA exclusive upgraded version, featuring added shockproof, electromagnetic interference-resistant, and dustproof protection. Optimized PCB structure, enhanced hardware resilience, suitable for vibration, high interference, and harsh operating environments. Ideal for specialized procurement of industrial equipment and automotive hardware.


GUDGA's Core Competitive Advantages

Supply Chain Procurement Advantages

Why do bulk purchasers prefer GUDGA NVme 3.0 2230 low speed? For bulk purchasers, hardware OEMs, and distributors, GUDGA boasts a complete self-managed production supply chain, achieving full-process self-control from flash memory raw material selection, chip packaging, circuit board processing to finished product testing. The brand maintains a large inventory of readily available stock, supporting large-volume bulk and mixed-batch purchases. It also undertakes OEM/ODM customized labeling services, customizing exclusive capacity, firmware, and appearance markings, greatly reducing the purchaser's supply costs and procurement cycle. Furthermore, it offers tiered procurement discounts to suit both large and small batch purchase needs.

Technological R&D Advantages

GUDGA focuses on in-depth research into low-speed storage technology, abandoning redundant high-speed configurations, optimizing PCIe 3.0 protocol adaptation algorithms, and accurately controlling low-speed read/write stability. This avoids compatibility issues, overheating, crashes, and power overload problems that occur with high-speed SSDs in low-end devices. The brand features a self-optimized control chip and a wear-balancing algorithm to evenly distribute the number of erase/write cycles, extending the hard drive's lifespan. It also supports AES encryption protection to ensure local data security, meeting the data confidentiality needs of commercial and industrial applications.

Quality Certification and After-Sales Advantages

All GUDGA M.2 2230 3.0 low-speed SSDs have passed CE, FCC, and RoHS authoritative safety certifications, complying with international environmental and electrical safety standards, and are suitable for export to domestic and international markets. Before leaving the factory, products undergo high-voltage testing, shock testing, and high/low temperature aging testing, achieving a yield rate of up to 99.8%. Furthermore, the brand has established a comprehensive after-sales system. Bulk purchase customers can enjoy long-term warranties, free technical debugging, and replacement services for damaged items, eliminating any concerns for buyers.


Summary of GUDGA Product Core Features

1. Ultra-compact size: A mini 2230 form factor with no redundant structures, suitable for installation in confined spaces, compatible with various mini PCs, embedded hardware, and portable digital products, offering convenient and unrestricted installation.

2. Low-speed, stable, and low-power consumption: Utilizing the PCIe 3.0 interface, it locks in a low-speed, stable read/write mode, operating silently with low heat generation and controllable power consumption. It is less prone to crashes or disk loss during long-term continuous operation, suitable for devices requiring 24/7 continuous operation.

3. Extremely strong compatibility: Compatible with multiple systems including Windows, Linux, and Android, and compatible with domestic industrial control motherboards and general digital motherboards. No additional drivers are required; it's plug-and-play, reducing device adaptation and debugging costs.

4. High cost-performance ratio: Eliminating high-end redundant performance and focusing on practical storage functions, GUDGA is priced affordably. Compared to competing products of the same specifications, GUDGA offers a significant cost-performance advantage, suitable for large-volume stockpiling and long-term supply procurement.


Target Buyers and Application Scenarios

Who needs to purchase the GUDGA NVme 3.0 2230 low speed? This series of hard drives is suitable for a wide range of buyers: industrial control equipment manufacturers, digital electronics OEMs, computer hardware distributors, IoT device R&D companies, and educational and office equipment procurement units. It is widely used in industrial control motherboards, mini PCs, tablets, automotive storage, smart home devices, monitoring equipment, medical mini-terminals, automated instruments, and other hardware devices that do not require high-speed read/write operations and prioritize stability and low power consumption. It is the top choice for high-performance, cost-effective procurement in the low-speed storage market.

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