What Is This Tool?
This unit converter helps translate data transfer rates from STM-64 (signal), a high-speed telecommunications signal, into SCSI (Async) units, which describe asynchronous Small Computer System Interface data throughput. It enables users to relate modern network speeds to legacy asynchronous SCSI performance.
How to Use This Tool?
-
Enter the numerical value in STM-64 (signal) units you want to convert.
-
Select the target unit as SCSI (Async) for the conversion.
-
Click the convert button to get the equivalent data transfer value.
-
Review the result to understand the approximate throughput equivalence.
Key Features
-
Converts STM-64 (signal) values to SCSI (Async) units accurately.
-
Based on the defined conversion rate: 1 STM-64 (signal) equals 829.44 SCSI (Async).
-
User-friendly interface for quick data transfer conversions.
-
Supports benchmarking and troubleshooting for telecom and legacy SCSI devices.
-
Browser-based tool accessible without installation.
Examples
-
Converting 2 STM-64 (signal) results in 1658.88 SCSI (Async).
-
Converting 0.5 STM-64 (signal) gives 414.72 SCSI (Async).
Common Use Cases
-
Comparing high-capacity telecom backbone signal rates to legacy SCSI throughput.
-
Benchmarking asynchronous SCSI device performance using modern network data rates.
-
Troubleshooting timing and handshake issues in SCSI asynchronous mode.
-
Testing or configuring embedded systems that use asynchronous SCSI interfaces.
-
Relating SDH/SONET signal rates with legacy device transfer rates.
Tips & Best Practices
-
Use this tool for theoretical throughput equivalence between STM-64 and SCSI (Async) units.
-
Consider device-specific response times and bus arbitration when interpreting results.
-
Validate troubleshooting outcomes by combining unit conversions with real device measurements.
-
Apply conversions primarily for benchmarking and system configuration contexts.
Limitations
-
Conversion reflects theoretical equivalence, not exact performance.
-
SCSI (Async) throughput varies based on device response and bus arbitration delays.
-
Direct bandwidth comparison should be treated as an approximation.
-
Cannot account for physical layer or hardware-specific variations.
Frequently Asked Questions
-
What does STM-64 (signal) represent?
-
STM-64 (signal) is a Synchronous Transport Module level‑64 signal used in telecommunications with a line rate of approximately 10 Gbit/s, equivalent to SONET OC‑192/STS‑192.
-
How does SCSI (Async) differ from synchronous SCSI?
-
SCSI (Async) uses request/acknowledge handshakes for data transfer without a shared clock, causing throughput to depend on device response times and bus arbitration.
-
Why convert STM-64 (signal) to SCSI (Async)?
-
Various users perform this conversion to benchmark, troubleshoot, or test legacy asynchronous SCSI devices by relating their throughput to modern telecom signal rates.
Key Terminology
-
STM-64 (signal)
-
A high-speed synchronous transport module signal in SDH networks with a line rate near 10 Gbit/s, functionally equivalent to SONET OC‑192/STS‑192.
-
SCSI (Async)
-
Asynchronous data transfer mode in the SCSI protocol where data exchange uses request/acknowledge signals instead of a shared clock, affecting throughput.
-
Conversion Rate
-
A factor that relates data transfer values of STM-64 (signal) to equivalent values in SCSI (Async) units, defined as 1 STM-64 (signal) equals 829.44 SCSI (Async).