PC-based, USB3.0 Interface 34 Channels 2 GHz Timing 250MHz State Analysis 8Gb Memory (Max.) PC-based, USB3.0 Interface 34 Channels 2 GHz Timing 250MHz State Analysis 8Gb Memory (Max.) Protocol Analyzer Individual Product Electrical Validation Report Production Multiple Decodes & Triggers High Update Rate Electrical Validation It allows you to easily configure various parameters, including voltage, frequency, timing, and more. The software provides real-time presentation of test results, including waveforms and reference points. Notably, it can automatically generate test reports. In terms of general settings, you can specify signal sources, operating voltage, speed, and other critical parameters. Additionally, decoding settings assist in a more in-depth signal analysis, while electrical verification allows setting numerical ranges for verification items such as voltage, timing, and frequency. The software can assess whether the values fall within the specified ranges, ensuring the accuracy and stability of electronic devices. Electrical Validation It allows you to easily configure various parameters, including voltage, frequency, timing, and more. The software provides real-time presentation of test results, including waveforms and reference points. Notably, it can automatically generate test reports. In terms of general settings, you can specify signal sources, operating voltage, speed, and other critical parameters. Additionally, decoding settings assist in a more in-depth signal analysis, while electrical verification allows setting numerical ranges for verification items such as voltage, timing, and frequency. The software can assess whether the values fall within the specified ranges, ensuring the accuracy and stability of electronic devices. Cascading One of the key features of the Acute MSO3K/TS3K oscilloscope is its multi-unit stacking capability, allowing for the stacking of up to 16 devices, achieving a maximum measurement capability of 64 channels at 250MS/s or 16 channels at 1GS/s simultaneously. In terms of its chassis design, the MSO3K/TS3K is specifically designed for stacking applications, featuring carefully designed positioning grooves that allow the oscilloscope to be perfectly aligned when stacked. Additionally, the oscilloscope"s thermal performance has been thoroughly considered and includes dual-side heat vents to ensure there are no overheating issues during extended operation. Report Production In the context of waveform analysis, Acute offers a variety of formats for its oscilloscope archiving functionality, including PDF, ODT, HTML, and other report formats. These reports encompass waveform snapshots along with relevant measurement parameters. Additionally, Acute supports multiple waveform data storage formats such as Matlab, TXT, CSV, MOW, and more. Beyond reporting and data storage, Acute provides a waveform image export feature, allowing users to conveniently save or share waveform images. Multiple Decodes & Triggers Provides, CAN/CAN-FD, I²C, LIN, MIPI I3C 1.1, ProfiBus, SPI, UART(RS232), USB1.1,… protocol decode and trigger function, which is able to trigger and decode on the specified Command/Address/Data... High Update Rate The Acute oscilloscope offers a fast waveform capture mode, allowing developers to leverage instrument hardware resources for quicker data acquisition. This aims to reduce the dead time between data captures. Additionally, the software provides an adjustable persistence time, allowing users to customize the retention time for afterglow. Multiple Decodes & Triggers Stack With Other Vendors of DSO Live Mode Acute provides real-time waveform and decoding display for slow-speed signals in the Logic Analyzer functionality. This assists all developers in quickly and clearly understanding the decoded content, thereby reducing debugging time. Support 23 protocol decodes, with more to come. The Live Mode Beta version is now available for download. It offers clear visualization of slow-speed signals, helping you swiftly comprehend decoding details and reduce debugging time. Experience the cutting-edge LA features now to enhance your development efficiency! Download Live Mode Beta Software Acute provides real-time waveform and decoding display for slow-speed signals in the Logic Analyzer functionality. This assists all developers in quickly and clearly understanding the decoded content, thereby reducing debugging time. Support 23 protocol decodes, with more to come. The Live Mode Beta version is now available for download. It offers clear visualization of slow-speed signals, helping you swiftly comprehend decoding details and reduce debugging time. Experience the cutting-edge LA features now to enhance your development efficiency! Download Live Mode Beta Software Multiple Decodes & Triggers Under the configuration of hardware parameters (voltage levels, sampling rate, number of channels, etc.), Acute supports the decoding of multiple sets of signals in its Logic Analyzer (LA) functionality. In the reporting area, it arranges packets based on Timestamp, aiding developers in understanding the chronological order of packet transmission. In addition to decoding, Acute also provides protocol packet triggering capabilities for various protocols such as I2C, I3C, SPI, UART, NAND Flash, eMMC, etc. This allows for trigger settings based on the content of the packet, helping developers identify the expected packet content and reduce the impact of unnecessary packets on the overall decoding browsing speed. Stack With Other Vendors of DSO When using the Logic Analyzer (LA) for decoding, developers may sometimes need to synchronize measurements of waveforms, voltage, and current with advanced oscilloscopes. In this regard, Acute provides the option to use the LA instrument as a trigger case. Through the Trig-out pin, it can be connected with various brands of oscilloscopes by using the MCX-to-BNC cable, including Acute, Agilent, GwInstek, HAMEG, Keysight, LeCroy, Rohde & Schwarz, and Tektronix. By leveraging the VISA control functionality of the respective brands, Acute allows the importation of analog waveforms from the oscilloscopes into the Acute LA software for synchronized display. This enables users to read and archive data conveniently within the same software suite. Streaming Mode To meet the needs of developers conducting prolonged burn-in testing, Acute provides two additional modes for waveform storage in addition to saving the instrument"s memory. These modes include streaming to HDD/SSD and streaming to PCRAM. As long as the USB and hardware throughput are sufficient to handle the transmitted data volume, it is possible to save all digital waveforms. Note In Acute"s LA software, there is a feature that allows developers to make notes and add images on waveforms. Developers can mark problematic waveform locations and use text to document encountered issues. Additionally, with the image upload feature, portions of specification documents or other images can be imported into the waveform positions. The imported text and images can be saved in Acute"s proprietary format, making it easier for collaborative development with other team members to facilitate discussions and data transfer. Real-Time Decode Command Statistics

Display image data Real-Time Decode Real-Time Decode Command Statistics Command statistics include numbers of packets, individual command, different data length, and errors Command Statistics Command statistics include numbers of packets, individual command, different data length, and errors Packet Logging Can simultaneously display protocol packet data in tabular form, including command parsing Packet Logging Can simultaneously display protocol packet data in tabular form, including command parsing Display image data Display image data including RGB, YCbCr, RAW format or compressed DSC packets Parallel Clause Trigger TB3016B Diff. Signal MSO Power Sequence Parallel Clause Trigger 16-States parallel IF Clause settings for 128/64 channel value compare combined with AND/OR logic condition and 4 Timer/Counter conditions. TB3016B Diff. Signal TB3016B facilitates the direct measurement of DP_Aux, CAN2.0/CAN-FD, RS485 differential signal decoding and concurrently supports the analysis of multiple protocols. TB3016B Diff. Signal TB3016B facilitates the direct measurement of DP_Aux, CAN2.0/CAN-FD, RS485 differential signal decoding and concurrently supports the analysis of multiple protocols. 16~128CH Power Sequence Validation 16~128CH Power Sequence Validation Logic Analyzers + Oscilloscopes Protocol Analyzer Digital Pattern Generator High Voltage Differential Probe ❸ I2C/DP_AUX Port ❹ RS422/485 Port Based on Xilinx Artix-7, it is suitable for the most demanding high-performance applications, ranging from high-capacity applications to ultra-high-end connectivity bandwidth, logic capacity, and signal processing capabilities. With one set of CAN 2.0A/B and CAN FD PHY isolated transceivers, equipped with isolated DC converters, withstanding a maximum non-shared ground voltage of 1000 Vrms. It is a port shared by either an I2C signal or a DP Aux differential signal input, mutually exclusive when in use. If the DP Aux function is selected, it can directly measure Aux+ and Aux-, and has complete DPCD bit analysis. It has 2 sets of RS485 differential signal transceivers built-in, with isolation function, and can measure differential signals: Modbus/RS422/485/Profibus/PWM/DALI 2 without setting the trigger level. We use cookies to elevate your user experience and enhance the quality of our site. To find out more or adjust cookie settings, click here .