QNAP TL-R400S - hard drive array

Article-No.:
247133
Manufacturer-No.:
TL-R400S
EAN/GTIN:
4713213516249
Technical specifications

General

Packaged Quantity
1

Storage Controller

Interface Type
Serial ATA-600

Hard Drive

Type
No HDD

Expansion Bays

Expansion Bays
4 (total) / 4 (free) x hot-swap - 2.5" / 3.5" shared

Power Device

Power Provided
100 Watt
Nominal Voltage
AC 120/230 V
Type
Internal power supply

System Requirements

OS Required
Linux, QNAP QTS, QNAP QTS hero, Microsoft Windows

Miscellaneous

Features
Security lock slot (cable lock sold separately), Built-in 2 cooling fans
Height (Rack Units)
1
Color Category
Black
Description
The QNAP TL-R400S offers storage flexibility and efficiency, designed to meet the demands of both individual and enterprise-level storage requirements. This rack-mountable storage solution supports up to four devices or modules, with compatibility for both 2.5" and 3.5" drives, allowing for a customizable setup based on specific needs. The Serial ATA-600 interface at its core provides high-speed data transfer rates, ensuring that your data is always accessible when you need it. Furthermore, the TL-R400S is equipped with an internal power supply, optimized for energy efficiency without compromising on performance. Whether for intensive data processing or for expanding your storage capacity, the QNAP TL-R400S offers a reliable, scalable solution.
  • Versatile storage options
    The QNAP TL-R400S offers flexible storage solutions with its 4 expansion bays, accommodating both 2.5" and 3.5" drives. This versatility ensures that users can mix and match drive sizes and capacities to meet their specific storage needs.
  • High-speed connectivity
    Equipped with a Serial ATA-600 interface, the TL-R400S ensures fast data transfer rates. This high-speed connectivity is crucial for applications requiring quick access to stored data, enhancing overall system performance.
  • Efficient power management
    With an internal power supply designed for efficiency, the TL-R400S maintains optimal performance without excessive power consumption. This feature not only reduces operational costs but also supports a more sustainable environment.
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