List of Top 10 Best Esata Port

SaleBestseller No. 1 18in 1 Port SATA to eSATA Plate Adapter - External SATA Plate - 6Gbps eSATA Port - Internal SATA to eSATA Adapter - 18 inch (ESATAPLT18IN)
  • Turn a standard SATA motherboard connection into an external eSATA port
  • 18 inch SATA to eSATA Plate
  • 6Gbps eSATA port
  • Add eSATA port to PC
  • Internal SATA to eSATA adapter
Bestseller No. 2
Ableconn PEX-SA130 2-Port eSATA III 6Gbps PCI Express Two Lanes Host Adapter Card - AHCI Port-Multiplier PCIe 2.0 x2 Controller Card - ASMedia ASM1062 Chipset
  • Supports SATA III transfer speeds up to 6.0Gbps; backward compatible with SATA I/II at 1.5/3.0Gbps
  • Built with ASMedia ASM1062. 6Gbps eSATA III External PCIe Gen2 x2 lanes host adapter.
  • Supports two SATA Port Multipliers and up to 10 SATA drives in total when connecting with two 5-port PMs.
  • No driver installation is required on Windows 10/8/7/Vista, Server 2016/2012/2008, Linux, Mac OS X 10.x and later.
  • High quality. Fully RoHS compliant. Made in Taiwan.
SaleBestseller No. 3 3 ft USB 3.0 to eSATA Adapter - 6 Gbps USB to HDD/SSD/ODD Converter - Hard Drive to USB Cable (USB3S2ESATA3)
  • ADD AN EXTERNAL HARD DRIVE: This 3ft / 1m USB 3.0 to eSATA adapter lets you connect any external eSATA hard drive (HDD), solid state drive (SSD), or optical disc drive (ODD) through the USB 3.0 port on your laptop or desktop
  • MAXIMUM COMPATIBILITY: Easily connect your USB-enabled computer or laptop, such as your Dell OptiPlex or MacBook to an eSATA drive using this eSATA HDD cable.
  • COMPACT DESIGN: This hard drive adapter cable features a compact, portable form factor design that fits perfect in your laptop bag, making it ideal for professionals on the go
  • HIGH TRANSFER SPEEDS: For fast access to external storage, this USB to eSATA converter cable supports transfer rates up to 5Gbps using USB 3.0
  • Connects to an eSATA or eSATAp port only; Please ensure eSATA drive/device has its own power as this is an eSATA (data-only) cable, not eSATAp (eSATConnects to an eSATA, or eSATAp port, not SATA. Please ensure eSATA drive/device has its own power as this is an eSATA (data-only) cable, not eSATAp (eSATA + power). No driver or software installation is required. Plug-and-play and hot-swap compatible.A + power); OS Independent; Plug-and-play and hot-swap compatible
SaleBestseller No. 4 2 Port PCI Express SATA 6 Gbps eSATA Controller Card - Dual Port PCIe SATA III Card - 2 Int/2 Ext - SATA III 6Gbps (PEXESAT322I)
  • Add 2 external or internal SATA 6 Gbps ports to a computer through a PCI Express slot
  • 2 Port PCI Express SATA 6
  • PCIe SATA 6
  • PCI Express SATA III Card
  • PCI Express eSATA
SaleBestseller No. 5
IOGEAR Thunderbolt 3 to eSATA and USB Adapter - 6 Gbps eSATA External Storage - USB-A 3.1 Second Port - Up to 40Gbps Data Rate - Plug-n-Play - Compatible w/eSATA III, II & I – Mac/Win - GTC3DEU
  • Attach an eSATA drive to your Thunderbolt 3 Mac
  • 6 Gbps eSATA connectivity for an external storage device
  • Add a USB-A 3.1 or USB peripheral via a second port
  • Ultra-high-speed data transfer rates up to 40Gbps
  • Plug-n-Play, no drivers or software to install
Bestseller No. 6
ASHATA Front Panel Hub 11 Port PC Front Panel with USB 3.0 Ports USB 3.1 eSATA Port and 6 Card Slots Built in Card Reader Support M2 MSO Memory MS XD 64G CF Card Fits Any 5.25” Computer Case Front Bay
  • Efficient and Effortless Data Transfer:High speed front USB 3.0 interface for an efficient and effortless data transfer. The transmission speed of USB3.0 is 10 times that of USB2.0,full duplex technology is adopted, and the transmission speed is as fast as sports car, reaching 100MB/s and it is downward compatible with USB2.0 and USB1.0
  • Multi functional Card Reader: This is a multi functional card reader that features three USB 3.0 ports, one USB 3.1 port, one eSATA port and 6 card slots. It supports M2, MSO, Memory, MS, XD, 64G CF card and let you transfer files between your flash media and computer easily and quickly. It can be easily mounted into 5.25inch drive bay of your computer case for added card reading capabilities
  • High quality Chips:The transmission speed is twice that of ordinary chips. The transmission speed is faster and more stable. After using AU6477DL chip, the transmission speed of M2, MSO, SD, XD and CF can reach 10 20m / s, while using usb30 transmission interface can reach 80 120ms.High quality material ensure durability, LED indicator make you keep an eye on work status
  • eSATA and USB 3.1 Port:Equipped with eSATA and USB 3.1 port to meet your needs. Usb3.1 type C interface can be plugged in and out freely, and the theoretical transmission speed can reach 10Gbps. Support eSATA transmission interface and external mobile hard disk. 6 card slots offer quick and easy access to the most common used card formats, support M2, MSO, Memory, MS, XD, 64G CF card
  • Quality Service:This product has been professionally and strictly inspected and tested.Can be easily and neatly installed into a 5.25"" drive bay on your desktop to give you convenient access. We have a 24 hour online professional customer service team.If the product has any quality problems or you have any questions about this product, you can contact us at any time,we will try our best to solve your problem in time,please rest assured to buy
Bestseller No. 7
I/O Crest 2 Port eSATA III or 2 Port SATA III Non-RAID PCIe 2.0 x1 Hard Drive Controller Card Asmedia ASM1601 Chipset SD-PEX40049
  • Based on as media ASM1061 PCI-Express 2.0 SATA 6Gbps controller
  • 1-Lane PCI-Express 2.0 interface supports communication speed of 2.5Gbps and 5.0Gbps
  • The LED Blinks for read/write activity on any one of the Hard Drive connected to the motherboard or to this Add-on card
  • SATA 6.0Gbps Ports (internally, Externally or their combination)
  • Compatible with SATA-III (6Gbps), SATA-II (3Gbps), SATA-I (1.5Gbps) Hard drives and SSD's
Bestseller No. 8
SATACables 12 inch eSATA Dual Port Internal to External Adapter PCI Bracket
  • Provides 2 external SATA II connection to SATA device.
  • 13.5 cm in length (5.31 inches)
  • Supports 3.0 GBps Data Transfer Rate.
  • Convert Internal SATA I port to External SATA II connection at PCI bracket
  • Supports (2) Serial ATA device
Bestseller No. 9
uxcell 10 Pcs Silicone e-SATA Port Cover Protector Black
  • Product Name : e-SATAPort Dust Covers;Material : Silicone
  • Overall Size : 20 x 5 x 5mm / 0.8" x 0.2" x 0.2"(L*W*H)
  • Color : Black
  • Weight : 5g
  • Package Content : 10 x e-SATAPort Dust Covers
Bestseller No. 10 2 Port PCI Express eSATA Controller Adapter Card - Dual Port PCIe eSATA Card w/Low Profile/Half-Height Bracket (PEXESATA2)
  • 2 external eSATA ports
  • Support for FIS and Command-based Port Multiplier technology
  • Large capacity drive support with 48-bit Logical Block Addressing (LBA)
  • Drive Hot-Plugging support
  • Support for Native Command Queuing (NCQ)

Buyer’s Guide

How to choose the
best esata port

What is the Purpose Of An Esata Port?

An esata port is a small hole found on most computers which connects the hard drive to the motherboard. Most motherboards have two ports, one for power and one for data transfer. There are many different types of connectors available, including USB 2.0, Firewire 800, eSATA, and Thunderbolt. Each type has its own advantages and disadvantages. For example, USB 3.0 is faster than USB 2.0, but it requires additional hardware (a hub) to connect to a standard USB port.

Advantages of Using an Esata Connector

The main advantage of using an esata connector is speed. With an esata connection, data transfers between devices are significantly faster than traditional usb connections. Data transfer speeds range from 5 MB/sec to 100 MB/sec depending on the size of the file being transferred. This is especially useful when transferring large files such as video or audio files. Another benefit of esata is compatibility. Many newer laptops and external drives support esata connections. Older models typically require a special adapter cable to be purchased separately.

Disadvantages of Using an Esata Connector

There are several drawbacks associated with esata cables. First, esata cables are very expensive compared to regular usb cables. Second, esata cables are bulky and difficult to store. Third, esata cables cannot be shared among multiple users. Finally, esata cables are incompatible with firewire connections.

How To Install An Esata Cable

Installing an esata cable is easy. All you need is a screwdriver and a few minutes. Start by removing the screws holding the case together. Next, remove the bottom cover plate. Remove the four screws holding the motherboard inside the case. Slide the motherboard out of the case. Now slide the motherboard into position where the esata port is located. Once the motherboard is installed, replace the bottom cover plate and tighten the screws. Reinstall the motherboard and reinstall the top cover plate. Turn on the computer and test the esata port. If everything worked correctly, you’re ready to go!

Before installing an esata cable, check to see if there is already an esata port on the motherboard. If there isn’t, you’ll need to install a second esata port. Make sure the motherboard is level and straight. Don’t force the motherboard into position; let gravity take care of the rest. Use plenty of electrical tape to secure the motherboard to

The Importance of Purchasing a Quality Esata Port

An esata port is a small connector which connects your motherboard to your hard drive. An esata port is necessary for connecting external devices such as flash drives, printers, scanners, etc. Most motherboards today include built-in esata ports. However, if you wish to connect additional devices to your motherboard, you must purchase an esata port separately. There are many different types of esata ports available on the market. Some are designed specifically for laptops while others are designed for desktop computers. Here we discuss the differences between these two types of esata ports.

Features To Look For When Buying An Esata Port

An eSATA port is a standard connection found on most computers today. It was designed to allow data transfer between devices connected via USB ports. However, there are many different types of eSATA ports available, each offering its own unique features. Here we discuss the main differences between these ports and which ones you should be considering when purchasing a new eSATA port.

eSATA Ports Are Available As Internal Devices

The majority of eSATA ports are internal connections. This means that they connect directly into the motherboard itself. Most motherboards include two eSATA connectors, one located near the front edge of the board and another near the rear edge. Some motherboards have three or four eSATA ports, while others have none. Regardless of the number of ports included on the motherboard, both the front and rear eSATA ports are identical in terms of functionality.

Front Connectors Have More Power

Most eSATA ports have power supplied internally. Front connectors typically draw slightly more current than rear connectors. Therefore, if you plan on connecting external hard drives, flash memory cards, or other peripherals, you should opt for the front connector. Otherwise, you risk damaging the components attached to the rear port.

Rear Connectors Can Be Used With External Hard Drives

While front connectors supply power internally, rear connectors are purely for data transmission. Because of this, they cannot support external hard drives. Instead, you must use a powered hub or docking station to attach external storage devices.

Internal Connections Require No Additional Components

Because eSATA ports are built into the motherboard, no additional hardware is required. All you need is a cable to connect the port to your desired peripheral.

External Connectors Allow Faster Data Transfer Rates

In addition to being able to transmit data faster than internal ports, external connectors also support higher speeds. While the speed varies depending on the type of drive, external ports generally support SATA II (6 Gbps) speeds. Internal ports, however, are limited to 3 Gbps.

Depending on the manufacturer, eSATA ports can either be single or dual channel. Dual channels allow for simultaneous transfers of data across multiple devices. Single channel ports are capable of transferring data to only one device at a time. Many manufacturers offer both options, although some only offer one or

There are different types of eSATA ports available today. Some are designed specifically for laptops while others are meant for external hard drives. Here we take a closer look at these two options.

Laptop Ports

These are typically found on laptops and are commonly referred to as USB 3.0 ports. They allow data transfer speeds of 5 Gbps (Gigabites per second). Most laptops now include 2 USB 3.0 ports which gives you access to 10 Gbps of speed. However, there are still many laptops that only have 1 USB 3.0 port. For those who require faster data transfers, you can always opt for a docking station that has multiple USB 3.0 ports.

External Hard Drive Ports

This type of port is most common on external hard drive enclosures. There are three main types of eSATA ports. One uses SATA cables, another uses Thunderbolt cables and the third uses Firewire connections. Each offers its own advantages and disadvantages. Let’s take a closer look at each option.

USB Type C Connector

The USB Type C connector is the newest standard for connecting devices to computers. It was developed by Intel and Apple and is currently being adopted by almost everyone. It is backwards compatible with previous standards and supports both power delivery and high speed data transfer. It is reversible meaning you no longer need to worry about plugging it into the wrong side of the computer.

Thunderbolt Connection

This connection is primarily used for video output. It is capable of transferring data at speeds of 20 Gbps. It is backward compatible with previous generations of connectors and is ideal for connecting large capacity storage devices. It is also known as DisplayPort since it connects directly to monitors via HDMI cable.


This connection is mainly used for audio and video recording. It is capable of transferring data at speeds of 400 Mbps. It is very reliable and is widely supported across platforms. However, it does not support power delivery.

Choosing between a laptop port and an external hard drive enclosure depends on your needs. Both options are suitable for different situations. Laptops are convenient for mobile users and

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