Your PCB Manufacturing Expert – Highleap Electronic
Table of contentsWhen a Design Should Move to R-5785(N) / MEGTRON 7Highleap R-5785(N) Manufacturing and Assembly ScopeDesign and RFQ Inputs for Ultra-Low-Loss ChannelsHow Low-Dk Glass and H-VLP Copper Preserve MarginHigh-Layer-Count Fabrication and Production...
Table of contentsIs MEGTRON 6N Necessary for Your High-Speed Channel?Highleap Manufacturing Capabilities for MEGTRON 6NStackup Inputs for Servers, AI Hardware, and SwitchesHigh-Layer-Count Fabrication and Reliability ControlsApplications and Material-Selection...
Table of contentsFirst Verify What “IT-170GRA1TC” MeansHighleap Manufacturing Scope After Material ConfirmationHigh Tg, Halogen-Free, CAF, and Loss Are Separate RequirementsStackup Planning for Server and Communication PCBsFabrication and Assembly ControlsCost and...
Table of contentsIs VT-47F an Official Ventec PCB Material?Why the VT-47F Name Appears in RFQsVT-47 vs VT-447: The Most Important DistinctionDocuments Highleap Requires to Resolve the MaterialHighleap Material-Confirmation WorkflowWhat Highleap Can Manufacture After...
Table of contentsRF Transceiver PCB Manufacturing and Assembly Within a Full-Service PCB FactoryRF Transceiver PCB Design Guidelines for Low-Loss TX and RX PerformanceControlled-Impedance RF Transceiver PCB Stackup and Material Selection50-Ohm RF Routing, Grounding,...
Table of contentsReference RFSOC Board Project: 115 × 175 mm, 100G Optical, and NVMe 4.0Why RFSOC Board Manufacturing Is More Demanding Than Standard Digital PCB ProductionHigh-Speed RFSOC Board PCB Fabrication PrioritiesManufacturing Considerations for the 100G...
Table of contentsWhat Is PCB Copper Roughness?How Copper Roughness Affects PCB PerformanceWhen Copper Roughness Becomes CriticalCopper Roughness Data and ModelingElectrical Loss Versus Copper AdhesionImplications of Leaving Copper Type UnspecifiedHow Highleap Controls...
Table of contentsWhat Makes an 800G Optical Module PCB Different?Material and Copper Requirements for 800G Module PCBs800G PCB Stackup, HDI and Routing PrioritiesImplications of Using a General-Purpose PCB ProcessHighleap 800G Optical Module PCB Fabrication...
Table of contentsWhat “112G PCB Material” Actually MeansMaterial Properties That Matter at 112GCommon Material Classes for 112G PCBsImplications of Selecting Material by Df Alone112G Stackup and Via StrategyHighleap 112G PCB Manufacturing and AssemblyProduction...
Table of contents1.6T Module Architectures and PCB ImpactPrimary 1.6T Optical Module PCB ChallengesLow-Loss Material, Copper and Glass Requirements1.6T Module Stackup and HDI DesignWhat Happens When 1.6T Is Treated as an 800G Board with Faster Parts?Highleap 1.6T...