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6in SATA 15-pin Male to Two SATA 15-pin Female Power Y Cable

SKU: PC116-0206

6in SATA 15-pin Male to Two SATA 15-pin Female Power Y Cable

Volume pricing

Qty

Price

1

$2.75

2

$2.68

20

$2.60

40

$2.50

Out of stock

1m 7-pin 180° Serial ATA Device Cable for External Use

SKU: SA103-3101

1m 7-pin 180-Degree Serial ATA Device Cable for External Use

Volume pricing

Qty

Price

1

$3.36

2

$3.12

20

$2.88

40

$2.64

Out of stock

0.5m 7-pin 180-Degree Serial ATA Device Cable Translucent Red

SKU: SA104-C1HM

0.5m 7-pin 180-Degree Serial ATA Device Cable Translucent Red

Volume pricing

Qty

Price

1

$1.06

2

$0.99

20

$0.91

40

$0.84

Out of stock

More About SATA/eSATA/SAS Cables

CableLeader is your trusted source for high-quality SATA/eSATA/SAS Cables. Our extensive range includes standard SATA cables, right-angle connectors, and clear cables for easy installation. Our cables support data transfer rates up to 6 Gbps, ensuring fast and reliable performance.

Key features of our SATA/eSATA/SAS Cables:

Connectors: 7-pin SATA connectors, available in straight and 90-degree angles for flexible installation in tight spaces.
Applications: Connect SATA devices like hard drives and SSDs to motherboards for fast data transfer.
Quality & Safety: All cables are RoHS compliant, ensuring a safe and reliable connection.

The Ultimate Guide to SATA, eSATA, and SAS Cables

Introduction

In the world of data storage and transfer, SATA (Serial Advanced Technology Attachment), eSATA (External SATA), and SAS (Serial Attached SCSI) cables play a crucial role in connecting various devices to your computer or server. Whether you're building a high-performance workstation, setting up a home media server, or managing a data center, understanding these cables and their specifications is essential for optimal performance and compatibility.

SATA Cables

SATA cables are the standard for connecting internal storage devices, such as hard disk drives (HDDs) and solid-state drives (SSDs), to the motherboard or SATA controller. These cables feature a 7-pin connector and support data transfer rates of up to 6 Gbps with the latest SATA III specification.

Types of SATA Cables

Straight SATA Cables: These cables have straight connectors at both ends, making them suitable for standard installations where space is not a constraint.
Right-Angle SATA Cables: With one or both connectors at a 90-degree angle, these cables provide flexibility in tight spaces and prevent cable bending or damage. CableLeader offers right-angle SATA cables in various lengths and connector configurations.
Clear SATA Cables: Featuring a translucent cable sheath, clear SATA cables allow for easy cable management and tracing, especially in crowded setups.

eSATA Cables

eSATA (External SATA) cables extend the functionality of SATA by allowing external storage devices to connect to your computer or server. These cables support the same data transfer rates as internal SATA cables but are designed for external use with shielded cabling and longer lengths, typically up to 2 meters.

eSATA vs. SATA

While SATA cables are used for internal connections within a computer case, eSATA cables enable external devices to connect to the system. However, eSATA does not provide power to the connected device, assuming it has its own power supply. To address this, eSATAp (Power over eSATA) combines the functionality of eSATA and USB, allowing power delivery along with data transfer.

SAS Cables

SAS (Serial Attached SCSI) cables are designed for enterprise-level storage solutions and high-performance computing environments. They provide faster data transfer rates, improved reliability, and support for more devices compared to SATA. SAS cables use different connectors, such as the widely adopted SFF-8087, and are typically used in servers, storage arrays, and high-end workstations.

SAS vs. SATA

While SATA is optimized for consumer-grade storage and desktop applications, SAS is designed for enterprise-level performance and reliability. SAS offers faster data transfer rates (up to 12 Gbps), support for more devices, and advanced features like dual-porting and failover capabilities. However, SAS drives and components are generally more expensive than their SATA counterparts.

Connector Types and Specifications

SATA, eSATA, and SAS cables feature different connector types and specifications to ensure compatibility and optimal performance. Here are some key details:

SATA Connectors

Connector Type: 7-pin SATA connector
Transfer Rates: Up to 6 Gbps (SATA III)
Cable Length: Typically up to 1 meter for internal use

eSATA Connectors

Connector Type: 7-pin eSATA connector
Transfer Rates: Up to 6 Gbps (SATA III)
Cable Length: Up to 2 meters for external use

SAS Connectors

Connector Types: SFF-8087, SFF-8088, SFF-8470, SFF-8482, SFF-8484, and more
Transfer Rates: Up to 12 Gbps (SAS 3)
Cable Length: Varies based on application and environment

Quality and Safety

When choosing SATA, eSATA, or SAS cables, it's essential to prioritize quality and safety. CableLeader's cables are RoHS compliant, ensuring they meet strict environmental and safety standards. High-quality cables not only provide reliable data transfer but also protect your devices from potential damage caused by substandard materials or manufacturing processes.

Conclusion

Whether you're building a home media server, setting up a workstation, or managing a data center, understanding the differences between SATA, eSATA, and SAS cables is crucial for optimal performance and compatibility. CableLeader's extensive range of high-quality cables, including SATA/eSATA/SAS cables, ensures reliable data transfer and seamless connectivity for your storage needs.

SATA/eSATA/SAS Cables FAQ

Are SATA and eSATA cables the same?

No, SATA and eSATA cables are not the same. SATA cables are typically used inside a computer's case to connect internal storage devices like hard drives and SSDs to the motherboard. eSATA cables, on the other hand, are designed to connect external storage devices outside the computer case. Unlike SATA cables, eSATA cables support data transfer but not power, as external devices usually have their own power supply.

Will SATA work with eSATA?

No, you cannot directly connect a SATA cable to an eSATA port or vice versa. While the cables are electrically similar, the connectors are physically different and incompatible. To connect a SATA device to an eSATA port, you need an active SATA to eSATA adapter.

Does it matter what SATA cable I use?

SATA cables are bi-directional, meaning they can be connected in either direction to the SATA connectors. However, it's essential to use high-quality SATA cables from reputable brands to ensure optimal performance and reliability. Factors like cable length, shielding, and connector quality can impact data transfer rates and signal integrity.

What are SAS cables for?

SAS (Serial-Attached SCSI) cables provide serial communication for transferring data to and from directly attached storage devices like hard disk drives, solid-state drives, and optical drives. SAS cables are commonly used in servers and enterprise storage systems due to their high performance and reliability.

Should I use SAS or SATA?

The choice between SAS and SATA depends on your specific needs and use case:

SAS is optimal for servers and workstations due to its faster read/write speeds (up to 6Gbps), versatile array of connectors, and continuous data transfer capabilities.
SATA is better suited for general storage purposes, as it can write data quickly, and the hardware is more budget-friendly for small businesses and home users.

Can I plug a SATA cable into an eSATA port?

No, you cannot directly plug a SATA cable into an eSATA port. While the cables are electrically similar, the connectors are physically different and incompatible. Attempting to force a SATA cable into an eSATA port may damage the connectors or the devices.

What connector does SAS use?

The SFF-8087 connector is a widely used connector type commonly found on SAS cards and devices. It is a compact, high-density connector designed for SAS and SATA applications.

Are SAS and SATA cables interchangeable?

While SATA drives can be plugged into SAS controllers using appropriate cables, SAS drives cannot be connected to SATA controllers due to differences in keying and connector design. For optimal performance and compatibility, it's recommended to use the appropriate cable type for your specific setup.

More About SATA/eSATA/SAS Cables

CableLeader is your trusted source for high-quality SATA/eSATA/SAS Cables. Our extensive range includes standard SATA cables, right-angle connectors, and clear cables for easy installation. Our cables support data transfer rates up to 6 Gbps, ensuring fast and reliable performance.

Key features of our SATA/eSATA/SAS Cables:

Connectors: 7-pin SATA connectors, available in straight and 90-degree angles for flexible installation in tight spaces.
Applications: Connect SATA devices like hard drives and SSDs to motherboards for fast data transfer.
Quality & Safety: All cables are RoHS compliant, ensuring a safe and reliable connection.

The Ultimate Guide to SATA, eSATA, and SAS Cables

Introduction

In the world of data storage and transfer, SATA (Serial Advanced Technology Attachment), eSATA (External SATA), and SAS (Serial Attached SCSI) cables play a crucial role in connecting various devices to your computer or server. Whether you're building a high-performance workstation, setting up a home media server, or managing a data center, understanding these cables and their specifications is essential for optimal performance and compatibility.

SATA Cables

SATA cables are the standard for connecting internal storage devices, such as hard disk drives (HDDs) and solid-state drives (SSDs), to the motherboard or SATA controller. These cables feature a 7-pin connector and support data transfer rates of up to 6 Gbps with the latest SATA III specification.

Types of SATA Cables

Straight SATA Cables: These cables have straight connectors at both ends, making them suitable for standard installations where space is not a constraint.
Right-Angle SATA Cables: With one or both connectors at a 90-degree angle, these cables provide flexibility in tight spaces and prevent cable bending or damage. CableLeader offers right-angle SATA cables in various lengths and connector configurations.
Clear SATA Cables: Featuring a translucent cable sheath, clear SATA cables allow for easy cable management and tracing, especially in crowded setups.

eSATA Cables

eSATA (External SATA) cables extend the functionality of SATA by allowing external storage devices to connect to your computer or server. These cables support the same data transfer rates as internal SATA cables but are designed for external use with shielded cabling and longer lengths, typically up to 2 meters.

eSATA vs. SATA

While SATA cables are used for internal connections within a computer case, eSATA cables enable external devices to connect to the system. However, eSATA does not provide power to the connected device, assuming it has its own power supply. To address this, eSATAp (Power over eSATA) combines the functionality of eSATA and USB, allowing power delivery along with data transfer.

SAS Cables

SAS (Serial Attached SCSI) cables are designed for enterprise-level storage solutions and high-performance computing environments. They provide faster data transfer rates, improved reliability, and support for more devices compared to SATA. SAS cables use different connectors, such as the widely adopted SFF-8087, and are typically used in servers, storage arrays, and high-end workstations.

SAS vs. SATA

While SATA is optimized for consumer-grade storage and desktop applications, SAS is designed for enterprise-level performance and reliability. SAS offers faster data transfer rates (up to 12 Gbps), support for more devices, and advanced features like dual-porting and failover capabilities. However, SAS drives and components are generally more expensive than their SATA counterparts.

Connector Types and Specifications

SATA, eSATA, and SAS cables feature different connector types and specifications to ensure compatibility and optimal performance. Here are some key details:

SATA Connectors

Connector Type: 7-pin SATA connector
Transfer Rates: Up to 6 Gbps (SATA III)
Cable Length: Typically up to 1 meter for internal use

eSATA Connectors

Connector Type: 7-pin eSATA connector
Transfer Rates: Up to 6 Gbps (SATA III)
Cable Length: Up to 2 meters for external use

SAS Connectors

Connector Types: SFF-8087, SFF-8088, SFF-8470, SFF-8482, SFF-8484, and more
Transfer Rates: Up to 12 Gbps (SAS 3)
Cable Length: Varies based on application and environment

Quality and Safety

When choosing SATA, eSATA, or SAS cables, it's essential to prioritize quality and safety. CableLeader's cables are RoHS compliant, ensuring they meet strict environmental and safety standards. High-quality cables not only provide reliable data transfer but also protect your devices from potential damage caused by substandard materials or manufacturing processes.

Conclusion

Whether you're building a home media server, setting up a workstation, or managing a data center, understanding the differences between SATA, eSATA, and SAS cables is crucial for optimal performance and compatibility. CableLeader's extensive range of high-quality cables, including SATA/eSATA/SAS cables, ensures reliable data transfer and seamless connectivity for your storage needs.

SATA/eSATA/SAS Cables FAQ

Are SATA and eSATA cables the same?

No, SATA and eSATA cables are not the same. SATA cables are typically used inside a computer's case to connect internal storage devices like hard drives and SSDs to the motherboard. eSATA cables, on the other hand, are designed to connect external storage devices outside the computer case. Unlike SATA cables, eSATA cables support data transfer but not power, as external devices usually have their own power supply.

Will SATA work with eSATA?

No, you cannot directly connect a SATA cable to an eSATA port or vice versa. While the cables are electrically similar, the connectors are physically different and incompatible. To connect a SATA device to an eSATA port, you need an active SATA to eSATA adapter.

Does it matter what SATA cable I use?

SATA cables are bi-directional, meaning they can be connected in either direction to the SATA connectors. However, it's essential to use high-quality SATA cables from reputable brands to ensure optimal performance and reliability. Factors like cable length, shielding, and connector quality can impact data transfer rates and signal integrity.

What are SAS cables for?

SAS (Serial-Attached SCSI) cables provide serial communication for transferring data to and from directly attached storage devices like hard disk drives, solid-state drives, and optical drives. SAS cables are commonly used in servers and enterprise storage systems due to their high performance and reliability.

Should I use SAS or SATA?

The choice between SAS and SATA depends on your specific needs and use case:

SAS is optimal for servers and workstations due to its faster read/write speeds (up to 6Gbps), versatile array of connectors, and continuous data transfer capabilities.
SATA is better suited for general storage purposes, as it can write data quickly, and the hardware is more budget-friendly for small businesses and home users.

Can I plug a SATA cable into an eSATA port?

No, you cannot directly plug a SATA cable into an eSATA port. While the cables are electrically similar, the connectors are physically different and incompatible. Attempting to force a SATA cable into an eSATA port may damage the connectors or the devices.

What connector does SAS use?

The SFF-8087 connector is a widely used connector type commonly found on SAS cards and devices. It is a compact, high-density connector designed for SAS and SATA applications.

Are SAS and SATA cables interchangeable?

While SATA drives can be plugged into SAS controllers using appropriate cables, SAS drives cannot be connected to SATA controllers due to differences in keying and connector design. For optimal performance and compatibility, it's recommended to use the appropriate cable type for your specific setup.

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