^ag^TELEDYNE LECROY Highest Bandwidth Modular Oscilloscopes

World’s Highest Bandwidth Real-Time Oscilloscope 65 GHz, 160 GS/s LabMaster 10 Zi modular oscilloscopes break bandwidth, sample rate, and channel count barriers – providing more “bandwidth density”. LabMaster 10 Zi provides more bandwidth and more sample rate. The modular design provides the simplest upgrade path in bandwidth and channel count. In one acquisition module, it provides four channels at 36 GHz. Achieve up to 80 channels working precisely together. That’s the highest “bandwidth density”, and no one else has it. Operator setup time is minimized with multiple modules and performance...

1. orld’s Highest Performing Real-Time Oscilloscope — W 65 GHz bandwidth, (4.9 ps risetime20 – 80%), 160 GS/s sample rate, up to 80 channels, up to 1024 Mpts of analysis memory 2. odular — start with four channels and grow your system M over time. Spread out your investment as funds permit 3. ide bandwidth upgrade range (20 - 65 GHz) provides W investment protection 4. hannelSync architecture utilizes a 10 GHz distributed clock C for precise alignment of all acquisition systems 5. ingle trigger circuit for all modules eliminates additive S trigger jitter that occurs with 10 MHz clocking and trigger...

TECHNOLOGY. LEADERSHIP. TELEDYNE LeCROY. LabMaster extends its technology leadership with new 36 GHz / 80 GS/s chipset, and delivers 65 GHz / 160 GS/s with 7th-generation Digital Bandwidth Interleave (DBI). LabMaster 10 Zi leverages the unique LabMaster ChannelSync architecture with next-generation 8HP SiGe chipsets to produce the world’s highest bandwidth, four channel oscilloscope – 36 GHz. When combined with Teledyne LeCroy’s patented DBI technology, bandwidth nearly doubles to 65 GHz, with sample rates of 160 GS/s. Truly extraordinary. The LabMaster class of oscilloscopes are fundamentally...

MCM-Zi MASTER CONTROL MODULE Data Transfer ACQUISITION MODULE ACQUISITION MODULE ACQUISITION MODULE Master Control Module The LabMaster MCM-Zi Master Control Module provides a built-in display, control panel, CPU, and the ChannelSync 10 GHz distributed clock that is the heartbeat of the system and which provides precise synchronization between all oscilloscope channels. High speed multi-lane PCIe connec- tions are made to the Acquisition Modules for control and data transfer. Teledyne LeCroy has spared no expense by providing a server-class CPU using Intel Xeon™ X5660 processors (33.6 GHz total...

INVESTMENT PROTECTION The LabMaster 10 Zi platform provides a modular, building block approach to minimizing initial investment while at the same time providing future flexibility. The minimum configuration is four channels at 20 GHz with maximum upgrade to 40 or 80 channels at 36 or 65 GHz respectively with up to 1024 Mpts/ch of analysis memory. 36 GHz, 4 Channel Core Acquisition Module An 8HP SiGe acquisition system is operated comfortably within its 36 GHz bandwidth rating and forms the basic acquisition building block of the LabMaster acquisition modules. Signal fidelity is exceptional, and...

The LabMaster ChannelSync Mainframe Hub (CMH-20Zi, shown below the LabMaster MCM-Zi Master Control Module) allows expansion beyond 5 acquisition modules to a maximum of 20 acquisition modules). Upgrade to 40 Channels at 36 GHz 10 Channels at 65 GHz Upgrade all Acquisition Modules to 65 GHz maximum bandwidth with 1024 Mpts/Ch acquisition memory. Add three additional 65 GHz Acquisition Modules with maximum memory, and five more 36 GHz acquisition modules. Go beyond the limits with a ChannelSync Mainframe Hub for up to 80 total channels! 7

COMPLETE APPLICATION COVERAGE Conventional real-time oscilloscopes are limited to ~30 GHz on two channels, limiting them to a single-lane of analysis at a time. More bandwidth and channels are desired; however, sampling oscilloscopes lack the acquisition and analysis capability to understand the root cause of deterministic jitter issues and crosstalk problems. 25 to 28+ Gb/s SERDES Development Development and characterization of high-speed 25+ Gb/s SERDES is ongoing. Standards will utilize these high speeds in multiple lanes. Accurate, fast characterization is needed. LabMaster 10 Zi can be configured...

Multi-Lane Serial Data As serial data rates have increased, serial data has also become “parallel” with multiple lanes utilized to achieve higher effective data transfer rates. 100 GbE with up to 4 lanes at 25 or 28 Gb/s each, or multi-lane InfiniBand at 25.78 Gb/s, all using differential signaling, are obvious examples of ultra-high speed systems that present tremendous validation and debug challenges. LabMaster 10 Zi can be configured in up to 80 channels at 36 GHz, or up to 40 channels at 65 GHz. This can be especially helpful for crosstalk analysis or lane skew measurements. For instance,...

ENABLING HIGH-SPEED SERDES DEVELOPMENTS How Much Bandwidth is Needed? Limited oscilloscope bandwidth slows signal rise times and attenu- times the fundamental frequency, ates important high frequency increasing the capability to accu- content necessary to properly rately measure jitter and otherwise oscilloscopes can only be used with characterize high-speed SERDES. repetitive signals, and provide no ability to post-process the data with bandwidth allows capture of signal 10 content equal to more than four

SERDES data rates are rapidly increasing. 25 – 32 Gb/s speeds are becoming common, and 56 Gb/s speeds are being discussed in committee. Simultaneously, deployments with at least four lanes at these speeds are anticipated to enable equal or higher aggregate data transfer speeds to keep up with increasing network traffic. LabMaster 10 Zi is uniquely suited to the demands of the high-speed SERDES market. Its ability to provide up to 65 GHz of real-time bandwidth with two or more input channels is beneficial for accurate characterization of 28 – 32 Gb/s signals that have significant power spectral...