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Execu/Tech Systems is not responsible for your network and computer hardware. If you're experiencing network or computer hardware related problems, we provide this benchmark tool for your network technician, but we can't fix these problems for you.
This is an unsupported FREE utility. Our technicians can't help you with it and the only information available for this utility is on this page.
While this benchmark provides some very useful statistics, the score provided should only be used to gauge potential performance and identify bottlenecks when using Execu/Suite software.
If you're receiving a poor benchmark score, make sure that your antivirus is properly configured. Recommended firewall configuration can be found here: System Requirements
Look at the bottom of this page for information on how to read the benchmark results.
Because it's often difficult for technicians to determine whether or not your network is adequate to run our software, we provide a benchmark application that provides a score and lets you know what you can expect.
Make sure you're always running the latest version of the ETBenchmark.exe.
There are 2 ways to run ETBenchmark:
From the Hotel Folder
From the Execu/Tech Application
Perform the Tests
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Understanding your score
ETBenchmark Log file
Score Range
A low score can be caused by many things. Based on our experience and feedback from our customers over more than 25 years, these are the most common causes:
Low scores can be a symptom of a problem that has the potential to corrupt your data and lead to critical and unrecoverable data loss.
It's your on-site network professional's responsibility to determine the actual cause of the problem and to find a solution.
Remote Desktop Services
Always be sure you're running the latest version. Download ETBenchmark.exe
After ETBenchmark runs, Notepad will open with the last run results. This page explains how to read those results and how to compare repeated benchmark cycles.
ETBenchmark measures the type of repeated shared-file access used by Execu/Tech applications. It repeatedly reads a growing file, appends records, and tests SMB connections and common file operations. It is not a general internet speed test and should not be compared directly with ping, iPerf, a large file copy, or the network adapter link speed. A network may show excellent bandwidth while still having poor repeated file access, file-locking, or SMB response times.
The examples below represent scores that would likely result in poor software performance.
Each result is followed by a plain-language explanation. Use the measurements together rather than relying on any single value. For the most reliable comparison, run multiple completed cycles using the same benchmark version, server, folder, and settings.
============================================================ ETBenchmark v.2026.7.15.4 ============================================================ BENCHMARK SESSION ------------------------------------------------------------Windows User: USERComputer Name: WORKSTATION01------------------------------------------------------------ Session Started: July 15, 2026 2:57:21 PM Benchmark Cycles Started: July 15, 2026 2:57:32 PM Benchmark Cycles Stopped: July 15, 2026 3:07:57 PM Pre-Benchmark Diagnostics Time (sec): 10.7 Benchmark Cycles Time (sec): 625.47 Records Tested: 15000 Run From Folder: \\FILESERVER\Application Cycles Requested: 3 Cycles Completed: 3 BENCHMARK CYCLE RESULTS ------------------------------------------------------------ Cycle 1 of 3 Status: Completed Started: July 15, 2026 2:57:32 PM Completed: July 15, 2026 3:00:59 PM Elapsed Time (sec): 207.42 Records Tested: 5000 of 5000 Score: 145 Average Read Time (ms): 33.66 Maximum Read Time (ms): 107.82 Average Write Time (ms): 7.23 Maximum Write Time (ms): 79.12 Initial Test File Size (bytes): 130 Final Test File Size (bytes): 812076 Bytes Appended: 811946 Average Appended Record Size (bytes): 162.39 Cumulative Bytes Read: 2023034150 Average Read Payload (bytes): 404606.83 Delays: 0 Maximum Delay (sec): 0 Total Delay Time (sec): 0 Cycle 2 of 3 Status: Completed Started: July 15, 2026 3:00:59 PM Completed: July 15, 2026 3:04:27 PM Elapsed Time (sec): 208.17 Records Tested: 5000 of 5000 Score: 144 Average Read Time (ms): 33.66 Maximum Read Time (ms): 102.13 Average Write Time (ms): 7.41 Maximum Write Time (ms): 93.81 Initial Test File Size (bytes): 130 Final Test File Size (bytes): 813306 Bytes Appended: 813176 Average Appended Record Size (bytes): 162.64 Cumulative Bytes Read: 2028501552 Average Read Payload (bytes): 405700.31 Delays: 0 Maximum Delay (sec): 0 Total Delay Time (sec): 0 Cycle 3 of 3 Status: Completed Started: July 15, 2026 3:04:27 PM Completed: July 15, 2026 3:07:57 PM Elapsed Time (sec): 209.88 Records Tested: 5000 of 5000 Score: 143 Average Read Time (ms): 34.08 Maximum Read Time (ms): 85.88 Average Write Time (ms): 7.33 Maximum Write Time (ms): 83.52 Initial Test File Size (bytes): 130 Final Test File Size (bytes): 818272 Bytes Appended: 818142 Average Appended Record Size (bytes): 163.63 Cumulative Bytes Read: 2040935788 Average Read Payload (bytes): 408187.16 Delays: 0 Maximum Delay (sec): 0 Total Delay Time (sec): 0 OVERALL BENCHMARK RESULTS ------------------------------------------------------------ Average Cycle Score: 144 Lowest Cycle Score: 143 (Cycle 3) Highest Cycle Score: 145 (Cycle 1) Score Comment: This is a low average score. The software should be usable but you may experience slight delays. Average Read Time Across All Cycles (ms): 33.80 Maximum Read Time Across All Cycles (ms): 107.82 Average Write Time Across All Cycles (ms): 7.32 Maximum Write Time Across All Cycles (ms): 93.81 Total Delays Across All Cycles: 0 Maximum Delay Across All Cycles (sec): 0 Total Delay Time Across All Cycles (sec): 0 Maximum ETBenchmark Process I/O Rate (Mbps): 138.43 NETWORK INFORMATION ------------------------------------------------------------ Resolved Path: \\FILESERVER\Application Network Server: FILESERVER Server Address: 192.168.10.20 Local IP Address: 192.168.10.45 Connection Type: Wired Ethernet Network Adapter: Hyper-V Virtual Ethernet Adapter Adapter Name: vEthernet (Application Network) Adapter Status: Up Link Speed: 1 Gbps Network Interface: Ethernet MAC Address: 00-11-22-33-44-55 Interface Index: 11 DHCP Enabled: True Default Gateway: 192.168.10.1 DNS Servers: 192.168.10.20, 192.168.10.21 COMPUTER INFORMATION ------------------------------------------------------------ Windows User: USER Computer Name: WORKSTATION01 Windows Version: Microsoft Windows 11 Pro Screen Resolution: 1920 X 1080 CPU: Example Processor 2.40GHz 2400 Mhz, Total RAM: 31.8GB Available Ram: 12.4GB CPU Usage: 19.5 % * * * Additional Network and File Diagnostics * * * Diagnostic Path: \\FILESERVER\Application Resolved Path: \\FILESERVER\Application Path Type: Network Network Server: FILESERVER Server Address: 192.168.10.20 DNS Lookup Time: 6.51 ms Ping Samples Sent: 100 Ping Samples Received: 100 Ping Samples Lost: 0 Ping Packet Loss: 0% Ping Samples: 100 Ping Minimum: 0 ms Ping Average: 0.83 ms Ping Maximum: 2 ms Ping P50: 1 ms Ping P95: 1 ms Ping P99: 1 ms SMB Port 445: Available SMB Connection Samples: 50 SMB Connection Minimum: 1.539 ms SMB Connection Average: 2.014 ms SMB Connection Maximum: 3.333 ms SMB Connection P50: 1.982 ms SMB Connection P95: 2.548 ms SMB Connection P99: 3.333 ms File Create Samples: 250 File Create Minimum: 3.3 ms File Create Average: 4.562 ms File Create Maximum: 31.198 ms File Create P50: 4.203 ms File Create P95: 5.84 ms File Create P99: 14.498 ms File Open Samples: 250 File Open Minimum: 0.949 ms File Open Average: 1.342 ms File Open Maximum: 16.543 ms File Open P50: 1.235 ms File Open P95: 1.598 ms File Open P99: 2.68 ms File Close Samples: 250 File Close Minimum: 0.022 ms File Close Average: 0.032 ms File Close Maximum: 0.088 ms File Close P50: 0.027 ms File Close P95: 0.055 ms File Close P99: 0.081 ms File Rename Samples: 250 File Rename Minimum: 5.466 ms File Rename Average: 7.889 ms File Rename Maximum: 137.11 ms File Rename P50: 6.787 ms File Rename P95: 8.759 ms File Rename P99: 35.795 ms File Delete Samples: 250 File Delete Minimum: 2.3 ms File Delete Average: 3.255 ms File Delete Maximum: 30.731 ms File Delete P50: 2.938 ms File Delete P95: 4.307 ms File Delete P99: 6.841 ms INSTRUCTIONS FOR AI ANALYSIS ------------------------------------------------------------ The following instructions are intended for an AI assistant reviewing this ETBenchmark report. ETBenchmark measures application-style shared-file performance between a Windows workstation and a server-hosted network folder. Use the measured results and the guidance below to explain the likely performance pattern clearly, practically, and cautiously. Do not assume any knowledge about the customer, workstation, server, network, application environment, or reason for running the test beyond what is contained in this report. Do not diagnose a specific network, workstation, server, storage, antivirus, virtualization, or configuration problem from one report unless the measurements provide direct evidence. Clearly distinguish measured facts, reasonable interpretations, possible causes, and recommended comparison tests. WHAT ETBENCHMARK MEASURES ETBenchmark measures the performance of repeated file reads, file appends, SMB connections, network response, and common file operations against the shared folder shown in the report. The primary result is the average cycle score. Higher scores indicate faster completion of the same benchmark workload. The benchmark is designed to expose performance conditions that may affect applications that repeatedly access shared files across a network. ETBenchmark is not a general internet-speed test, an iPerf replacement, a complete server benchmark, or a direct measurement of the network adapter's maximum bandwidth. APPLICATION FILE ACCESS PATTERN Execu/Tech applications use shared files directly across the network and frequently perform many small, repeated file operations rather than one large continuous transfer. Typical activity includes opening files, reading records, updating or appending data, closing files, and repeating those operations during searches, reports, posting, and other processing. ETBenchmark approximates this application-style workload by repeatedly reading a growing shared file and appending new records. Application performance therefore depends heavily on SMB response time, file-operation latency, consistency, and repeated read/write performance. High bulk-transfer bandwidth, a fast network-adapter link speed, or good ping results alone do not guarantee good application performance. REMOTE DESKTOP AND REMOTEAPP LIMITATION ETBenchmark is not intended to evaluate a Remote Desktop or RemoteApp environment when both the application and its data are stored on the same remote server. In that configuration, the application's file access occurs locally within the remote server rather than across the user's workstation-to-server network path. Running ETBenchmark inside that remote session would therefore test the remote server's access to the selected folder, not the user's local computer, internet connection, or Remote Desktop connection. Do not use such a result to judge the quality of the user's Remote Desktop connection unless the tested folder is genuinely accessed across the same network path used by the application. BENCHMARK CYCLES Each completed benchmark cycle performs 5,000 iterations. During every iteration, ETBenchmark reads the entire current test file into memory and then appends one new record. The test file grows throughout the cycle, so later reads process more data than earlier reads. The file is reset before every cycle so completed cycles perform approximately the same workload. Initial Test File Size and Final Test File Size show the file-growth range for the cycle. Bytes Appended and Average Appended Record Size show how much new data was written. Cumulative Bytes Read is the total number of file-content bytes read across all iterations. Cumulative Bytes Read is much larger than the final file size because the entire growing file is read repeatedly. Average Read Payload is the average file size processed by each read operation. Use Average Read Payload with average read time, cycle elapsed time, and Cumulative Bytes Read when comparing systems. The average cycle score is the primary overall score. The lowest and highest cycle scores show how much performance varied during the test. A large difference between the average and lowest score may indicate an intermittent slowdown, especially when the same cycle also has unusually high read times, write times, or delays. Closely grouped cycle scores indicate a stable and repeatable performance level, whether that level is fast or slow. A partial cycle should not be compared directly with completed 5,000-record cycles because it may not have reached the same final file size or cumulative workload. When multiple cycles are completed, add the Cumulative Bytes Read values from all completed cycles to determine the total benchmark read workload. For example, five completed cycles that each read approximately 2 GB represent approximately 10 GB of cumulative file data processed. Use completed cycles for total-workload comparisons. Include a partial cycle only when clearly identified. READ AND WRITE TIMES Read times normally increase gradually during each cycle because the test file grows after every record. This expected growth restarts when the next cycle begins. Sudden isolated spikes, repeated pauses, or unusually high maximum times are more important than gradual growth caused by file size. Average values describe typical performance. Maximum values reveal the worst observed operation but may represent only one isolated event. Compare read and write performance separately because one may be substantially more affected than the other. Do not assume that a high maximum value represents a persistent problem without also reviewing averages, percentiles, delays, and cycle consistency. DELAYS A delay is recorded when one complete benchmark read-and-append iteration takes at least 200 milliseconds. Operations shorter than 200 milliseconds may still appear in the maximum read or write times but are not counted as delays. Review the number of delays, maximum delay, total delay time, and the cycle in which each delay occurred. Repeated delays across several cycles suggest a persistent or recurring problem. A severe delay in only one cycle may indicate an intermittent event. Zero recorded delays does not mean performance is fast. It only means that no complete iteration reached the 200-millisecond delay threshold. PING TEST Ping measures basic network round-trip latency and packet delivery between the workstation and server. Review average latency, maximum latency, percentiles, and packet loss. Good ping results indicate that small network requests are reaching the server quickly and reliably. Good ping results do not prove that SMB file operations, sustained file reads, or application workloads are performing well. SMB can be slow even when ping latency is low and packet loss is zero. SMB CONNECTION TEST The SMB connection test measures the time required to establish a TCP connection to the server on port 445. It confirms SMB reachability and connection responsiveness. It does not measure sustained file-transfer bandwidth, file-system performance, or the speed of repeated reads and writes. FILE OPERATION TESTS File create, open, close, rename, and delete tests measure small SMB file and metadata operations. These operations are relevant to record-oriented applications because performance often depends on many small file operations rather than one large transfer. Compare average, P50, P95, P99, and maximum values. P50 represents typical performance. P95 and P99 help reveal recurring slower operations that an average may hide. A high maximum with normal P95 and P99 values may represent only an isolated spike. Consistently elevated averages and percentiles are more significant than one unusually high maximum. PROCESS I/O RATE Maximum ETBenchmark Process I/O Rate is the highest I/O rate recorded for the ETBenchmark process during the test. It measures ETBenchmark's own file-related process activity. It is not the workstation's total network speed, total adapter traffic, SMB payload rate, or guaranteed sustained throughput. Do not compare it directly with iPerf results or the network adapter's reported link speed. NETWORK AND COMPUTER INFORMATION Use the network and computer information to describe the environment shown in the report. Do not assume that a reported adapter link speed represents the actual available throughput to the server. A wired, wireless, physical, or virtual adapter description may help identify useful comparison tests but does not by itself prove the cause of a performance problem. CPU usage and available memory are snapshots and should not be treated as proof of a persistent resource problem without supporting measurements. COMPARISON GUIDANCE Compare affected workstations with unaffected workstations using the same server, folder, benchmark version, cycle count, and test settings. Compare the same workstation against different servers or shared folders when possible. Compare wired and Wi-Fi results when wireless performance may be involved. Verify that antivirus, endpoint protection, ransomware protection, backup agents, indexing tools, or other security and monitoring software are not continuously scanning the application's shared data files. Real-time scanning of frequently accessed .FIL and .TXT files can significantly increase repeated read, write, open, close, rename, and delete times. When permitted by the customer's security policy, compare results with properly configured exclusions for the application data folder and relevant .FIL and .TXT files. Do not recommend disabling security software broadly. Any exclusions should be limited, documented, and approved by the customer's IT or security administrator. Look for agreement between cycle scores, elapsed times, read and write times, delays, ping, SMB connection times, and file-operation percentiles. A single result can identify a performance pattern, but comparison tests are usually needed to isolate whether the limitation is associated with the workstation, network path, server, storage, virtualization, security software, or another condition. Several different client, network, server, virtualization, antivirus, SMB, and storage conditions can produce similar measurements. AI RESPONSE FORMAT Present the analysis in the following order. 1. Begin with a brief overall opinion in plain language. 2. State whether performance appears strong, acceptable, slow, inconsistent, intermittently delayed, or consistently limited. 3. Explain cycle consistency using the average, lowest, and highest scores. 4. Identify whether read performance, write performance, delays, or a combination appears to contribute most to the result. 5. Summarize the cumulative workload and elapsed time when they help explain the result. 6. Explain whether ping, packet loss, and SMB connection measurements support or contradict the main benchmark result. 7. Discuss file-operation averages and percentiles, emphasizing persistent patterns rather than isolated maximum values. 8. Give an opinion about the likely category of limitation without claiming an unsupported root cause. 9. Describe the practical user experience that could reasonably correspond to the measurements. 10. Explicitly remind the user to verify that antivirus, endpoint protection, ransomware protection, backup agents, indexing tools, or other security software are not continuously scanning the application's shared .FIL and .TXT data files. 11. Explain that real-time scanning of frequently accessed .FIL and .TXT files can significantly reduce application performance by adding overhead to repeated file reads, writes, opens, closes, renames, and deletes. 12. Recommend only limited, documented exclusions approved by the customer's IT or security administrator. Do not recommend broadly disabling security software. 13. End with the most useful comparison tests or troubleshooting direction. Do not merely repeat every measurement in the report. Emphasize the measurements that best explain the overall result. Use concise tables or short lists when they improve readability. Do not mention information that is not present in the report as though it were known. Do not refer to previous reports, expected values, customer history, application behavior, bandwidth limits, or configuration settings unless they are explicitly included in the report supplied for analysis. All Tests Completed: July 15, 2026 3:07:57 PM ============================================================ END OF ETBENCHMARK RESULTS ============================================================
A successful ping or iPerf test does not prove that Windows file access is performing correctly. Ping measures small-packet round-trip latency. iPerf measures large-block network throughput. ETBenchmark measures repeated SMB and file operations that more closely resemble the workload used by Execu/Tech applications.
ETBenchmark is not intended to evaluate a Remote Desktop or RemoteApp environment when both the application and its data are stored on the same remote server. In that configuration, the application's file access is local to the remote server. Running ETBenchmark inside the remote session tests the remote server's access to the selected folder, not the user's local computer, internet connection, or Remote Desktop connection.
Verify that antivirus, endpoint protection, ransomware protection, backup agents, indexing tools, and other security or monitoring software are not continuously scanning the application's shared .FIL and .TXT data files. Real-time scanning of frequently accessed files can significantly increase repeated read, write, open, close, rename, and delete times. Do not disable security software broadly. Any exclusions should be limited, documented, and approved by the customer's IT or security administrator.
When troubleshooting, compare the affected workstation with a known-good workstation using the same server, share, switch, application folder, benchmark version, cycle count, and test settings. Also compare the same workstation against another server or shared folder when possible. The most useful signs of a problem are packet loss, high maximum values, large differences between P50 and P95/P99, repeated delays, inconsistent cycle scores, and file-operation times that are much worse on one workstation than another.
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