What is SCSI (Fast Wide)?

SCSI (Fast Wide) is a SCSI-2 interface mode that combines Fast timing at 10 MHz with a wide 16-bit data bus to increase device transfer rates up to about 20 megabytes per second.

What does STS3c (signal) represent?

STS3c (signal) is a concatenated SONET electrical transport signal providing a gross data rate of 155.52 megabits per second, used for high-bandwidth telecom transmissions.

Why convert from SCSI (Fast Wide) to STS3c (signal)?

This conversion helps relate legacy storage throughput metrics to modern telecom channel capacities for integration and performance assessment in mixed technology environments.

Are the throughput units the same in both measurements?

No, SCSI (Fast Wide) throughput is measured in megabytes per second, while STS3c is measured in megabits per second, so unit awareness is important when converting.

Can this conversion be used for accurate performance benchmarking?

Due to overhead and implementation differences, this conversion is better suited for comparative purposes rather than precise benchmarking.

How to Convert from SCSI (Fast Wide) to STS3c (signal)?

Convert data transfer rates from SCSI (Fast Wide) interface mode to STS3c (signal) for telecom and legacy IT applications. Learn key features, use cases, and how to perform accurate conversions between these units.

SCSI (Fast Wide)

STS3c (signal)

Please check your input. It must be a valid numeric value.

SCSI (Fast Wide) to STS3c (signal) Conversion Table

SCSI (Fast Wide)	STS3c (signal)

Custom Unit Conversion Table Generator – Instant Printable Conversion Tables

Start Value

Enter the starting number (positive decimal or integer ≥ 0). Example: 0.1, 1, 5.

End Value

Enter the ending number (positive decimal or integer > Start Value). Example: 10, 50, 100.

Interval

Enter the step size (positive decimal > 0 and < End Value – Start Value). Example: 1.0, 2.5.

SCSI (Fast Wide) to STS3c (signal) Conversion Table
SCSI (Fast Wide)	STS3c (signal)

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What Is This Tool?

This unit converter helps translate data transfer rates from SCSI (Fast Wide), a legacy storage interface mode, to STS3c (signal), a SONET electrical transport signal used in telecommunications. It supports users in comparing and integrating legacy storage throughput with modern telecom channel capacities.

How to Use This Tool?

Enter the value in SCSI (Fast Wide) units representing your data transfer rate
Select SCSI (Fast Wide) as the source unit and STS3c (signal) as the target unit
Click convert to see the equivalent data rate in STS3c (signal) units
Use the converted value to assess compatibility or performance across different systems

Key Features

Converts data transfer values from SCSI (Fast Wide) to STS3c (signal)
Supports comparison between legacy storage bus speeds and telecom transport rates
Includes conversion formula based on defined throughput relationship
Browser-based, easy-to-use tool for accurate unit translation
Useful for network engineers and IT infrastructure managers

Examples

5 SCSI (Fast Wide) converts to approximately 5.144 STS3c (signal)
10 SCSI (Fast Wide) converts to approximately 10.288 STS3c (signal)

Common Use Cases

Comparing throughput between legacy SCSI storage devices and modern telecom circuits
Integrating storage subsystem speeds with SONET-based network infrastructure
Provisioning telecom networks that require mapping legacy data rates to SONET signals
Evaluating performance metrics in mixed-technology environments

Tips & Best Practices

Be aware of the different throughput units: megabytes per second for SCSI and megabits per second for STS3c
Consider physical layer variations and implementation details that may affect actual throughput
Use the conversion for comparative and assessment purposes rather than precise benchmarking
Stay informed about evolving technologies which may impact the relevance of this conversion

Limitations

Actual throughput can vary due to hardware and protocol implementation differences
Conversion involves translating between megabytes per second and megabits per second units requiring careful interpretation
The conversion may have limited practical use as both technologies are considered legacy or specialized
Overhead and negotiation factors in both systems can impact achievable data rates

Frequently Asked Questions

What is SCSI (Fast Wide)?: SCSI (Fast Wide) is a SCSI-2 interface mode that combines Fast timing at 10 MHz with a wide 16-bit data bus to increase device transfer rates up to about 20 megabytes per second.
What does STS3c (signal) represent?: STS3c (signal) is a concatenated SONET electrical transport signal providing a gross data rate of 155.52 megabits per second, used for high-bandwidth telecom transmissions.
Why convert from SCSI (Fast Wide) to STS3c (signal)?: This conversion helps relate legacy storage throughput metrics to modern telecom channel capacities for integration and performance assessment in mixed technology environments.
Are the throughput units the same in both measurements?: No, SCSI (Fast Wide) throughput is measured in megabytes per second, while STS3c is measured in megabits per second, so unit awareness is important when converting.
Can this conversion be used for accurate performance benchmarking?: Due to overhead and implementation differences, this conversion is better suited for comparative purposes rather than precise benchmarking.

Key Terminology

SCSI (Fast Wide): A SCSI-2 interface mode that combines 10 MHz Fast timing with a 16-bit data bus to enhance data transfer rates up to approximately 20 MB/s.
STS3c (signal): A concatenated SONET electrical transport signal with a gross data rate of 155.52 Mbps, used for carrying high-bandwidth payloads in telecom networks.
Conversion Rate: The defined ratio that 1 SCSI (Fast Wide) equals approximately 1.0288065844 STS3c (signal) for unit conversion.

Quick Knowledge Check

What does SCSI (Fast Wide) combine to achieve higher throughput?

A 20 MHz narrow 8-bit data bus

Fast timing (10 MHz) with a wide 16-bit data bus

Slow timing with a 32-bit data bus

What is the data rate of an STS3c (signal)?

155.52 megabits per second

20 megabytes per second

10 megabits per second

Why is unit consideration important when converting between SCSI (Fast Wide) and STS3c?

Because both use the same data units

Because SCSI is in megabytes per second and STS3c is in megabits per second

Because both measure frequency

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