Chromperfect uses perpetual licensing — not subscriptions. This article explains how Chromperfect licenses work, what never expires, what can change over time, and how to avoid common licensing pitfalls.

An explanation of Chromperfect compatibility on Microsoft Surface devices, clarifying the difference between Windows x64 and Windows on ARM and outlining which systems are officially supported.

Chromperfect Windows compatibility timeline illustrating the evolution from MS-DOS to Windows 11 and long-term data integrity.

Diagram showing Ethernet-based instrument connection for ICF communication, highlighting that ICF supports Ethernet-only and does not work with RS-232 serial interfaces.

Choosing the right chromatography data system is critical for long-term stability, data integrity, and workflow continuity. This post explains why laboratories around the world increasingly value an independent chromatography data system, and how Chromperfect’s forty-year heritage, unbroken compatibility, and hardware flexibility deliver reliability that corporate-owned systems often cannot match.

Chromatographic data analysis is essential for turning raw HPLC and GC signals into accurate, meaningful results. From peak integration and baseline correction to calibration, system suitability, and compliant reporting, effective data analysis ensures reliability and confidence in every chromatographic run. This guide walks through the core principles, best practices, and the role of advanced software in delivering high-quality analytical data.

Chromperfect has evolved over decades to become a trusted chromatography data system used in laboratories worldwide. By combining simplicity, robustness, and strong regulatory features, it streamlines data acquisition, processing, and reporting for both GC and HPLC workflows. This post explores how Chromperfect’s long-standing design principles continue to enhance laboratory efficiency and reliability.

Chromperfect continues to support ProteinSimple iCE3 users with seamless Windows 11 compatibility, ensuring data integrity, validated workflows, and long-term continuity for legacy electrophoresis systems.

YouTube video which provides solutions for the Subscribe to data error for Agilent 7890 GCs If your Agilent 7890 Gas Chromatograph shows Ready in Chromperfect, you start a run, but no chromatogram appears — and after about a minute you see the error “Subscribe to Data” — this guide explains what’s happening and how to fix it. What Causes the Subscribe to data error Agilent 7890 GC Chromperfect This issue is not caused by Chromperfect. In fact, the software successfully sends

Start here if you’re new to Chromperfect. This Quick-Start video and guide walk you from installation to first results, including methods, calibration, reporting, and sequences.

Chromperfect Version 8.2 introduces barcode reporting — making data entry faster, more accurate, and free from human error. Learn how to embed barcodes into reports and streamline your chromatography workflows.

Learn how to fix the Chromperfect GetAcqServer Error that appears when starting data acquisition. Step-by-step instructions for restarting the CPAcqService in Windows.

See how Savitzky–Golay smoothing in Chromperfect v8.2.4 reduces high-frequency noise while preserving peak shape—plus derivative tools and practical tips from a long-time user.

Discover InterpretCannabinoids from Chromperfect — a turnkey data system for cannabis labs delivering fast, automated cannabinoid analysis, calibration, and reporting.

Introduction to chromatography peak theory: learn definitions of area, height, width, skew, tailing factor, kurtosis, resolution, and theoretical plates.

How digitization choices shape chromatography data: get sampling rate, range, resolution, and dynamic range right to preserve peak height, area, and retention time.

How detector noise biases baselines—and how to fix it with the right smoothing algorithm and window size in Chromperfect. Includes noise/RMS measurement, S/N, Savitzky–Golay derivatives, and when smoothing should (and shouldn’t) be used.

How Chromperfect’s timed events refine peak detection and baselines in tough chromatograms—covering CLAMP/FLIP, PW/TH/MUT, INT/HORZ/NEG, SBN/SBNV, SBAV/COM, and SKIM—plus when to use (and avoid) each.

Master chromatography calibration in Chromperfect: linear vs. non-linear fits, weighting for low levels, origin handling, precision metrics, troubleshooting, and internal standard strategies.

Learn why your changes may not appear saved in Chromperfect and discover the critical differences between RAW and bound (BND) files for chromatography data integrity.