[{"data":1,"prerenderedAt":183},["ShallowReactive",2],{"blog-initial-fr-14":3},{"posts":4,"totalPosts":173,"totalPages":174,"currentPage":135,"categories":175,"availableYears":181,"hasMore":12},[5,25,39,52,65,78,88,115,128,136,148,160],{"id":6,"slug":6,"title":7,"description":8,"date":9,"category":10,"image":11,"featured":12,"tags":13,"readingTime":22,"year":23,"month":24},"tia-la-receiver-board","Conception de carte réceptrice TIA/LA haut débit pour modules optiques","Guide d’ingénierie pour concevoir et industrialiser une carte réceptrice TIA/LA destinée aux modules optiques 400G/800G : sensibilité, routage HDI, thermique, CMIS, formats MSA, essais et dossier RFQ.","2026-02-12","technology","/assets/img/blogs/2025/11/optical-pcb.webp",true,[14,15,16,17,18,19,20,21],"Carte réceptrice TIA LA","PCB pour module optique","CMIS","QSFP-DD","OSFP","PCB HDI","PCB haut débit","Assemblage PCBA clé en main",12,2026,2,{"id":26,"slug":26,"title":27,"description":28,"date":29,"category":10,"image":30,"featured":12,"tags":31,"readingTime":38,"year":23,"month":24},"ai-server-motherboard-backplane-challenges","Carte mère de serveur IA : Maîtriser les défis d'interconnexion haute vitesse du fond de panier de serveur IA","Analyse approfondie des technologies de base de la carte mère de serveur IA, couvrant l'intégrité du signal haute vitesse, la gestion thermique et la conception d'alimentation/interconnexion, pour vous aider à construire un fond de panier de serveur IA haute performance.","2026-02-11","/assets/img/blogs/2025/11/backplane-pcb.webp",[32,33,34,35,36,37],"Serveur IA","Backplane","Interconnexion high-speed","Intégrité du signal","Gestion thermique","Fiabilité",8,{"id":40,"slug":40,"title":41,"description":42,"date":43,"category":10,"image":44,"featured":12,"tags":45,"readingTime":38,"year":23,"month":24},"bidirectional-dc-dc-converter-best-practices-renewable-energy-inverter","Conception PCB pour convertisseur DC/DC bidirectionnel : fortes intensités, thermique, CEM et fabrication","Guide de conception des PCB de convertisseurs DC/DC bidirectionnels pour stockage d’énergie, solaire et recharge de véhicules électriques : jeux de barres, cuivre épais, dissipation thermique, CEM, connexions forte intensité et validation en fabrication.","2026-02-10","/assets/img/blogs/2025/11/solar-inverter-pcb-manufacturing.webp",[46,47,48,49,50,51],"DC/DC bidirectionnel","Onduleur solaire","Stockage d’énergie","Forte intensité","Conception thermique","CEM",{"id":53,"slug":53,"title":54,"description":55,"date":56,"category":10,"image":57,"featured":12,"tags":58,"readingTime":38,"year":23,"month":24},"profinet-control-design-industrial-robotics-control","PROFINET control PCB design: maîtriser le déterminisme real-time et la redondance safety des PCB de contrôle de robots industriels","Un deep dive sur PROFINET control PCB design : high-speed signal integrity, thermal management et conception power/interconnect pour construire des PCB de contrôle de robots industriels hautes performances.","2026-02-09","/assets/img/blogs/2025/11/robotics-pcb.webp",[59,60,61,62,63,64],"PROFINET","Robotique industrielle","Contrôle temps réel","Sécurité fonctionnelle","Entraînement servo","EMI/EMC",{"id":66,"slug":66,"title":67,"description":68,"date":69,"category":10,"image":70,"featured":12,"tags":71,"readingTime":38,"year":23,"month":24},"ble-medical-gateway-medical-imaging-wearable","BLE medical gateway PCB : gérer biocompatibilité et safety standards pour medical imaging et wearable PCBs","Analyse approfondie de BLE medical gateway PCB : ultra‑low power, performance RF/BLE, matériaux/stackup et best practices d’assembly/certification pour medical imaging et wearable PCBs.","2026-02-07","/assets/img/blogs/2025/11/medical-pcb.webp",[72,73,74,75,76,77],"BLE","PCB médical","Wearables","Biocompatibilité","Flex PCB","Basse consommation",{"id":79,"slug":79,"title":80,"description":81,"date":82,"category":10,"image":11,"featured":12,"tags":83,"readingTime":38,"year":23,"month":24},"high-speed-tia-la-receiver-board-data-center-optical-module","high-speed TIA/LA receiver board : gérer opto-electrical co-design et défis thermal/power pour data center optical module PCBs","Analyse approfondie de high-speed TIA/LA receiver board design : SI high-speed, thermal management et power/interconnect design pour PCB de modules optiques data center.","2026-02-06",[84,85,86,35,36,87],"TIA/LA","Module optique","Data center","Contrôle d'impédance",{"id":89,"slug":89,"title":90,"description":91,"date":92,"category":93,"image":94,"featured":95,"tags":96,"readingTime":114,"year":23,"month":24},"dna-computing-pcb","PCB pour le Calcul d'ADN pour les Plateformes de Séquençage et de Synthèse","PCB de calcul ADN pour séquenceurs de nouvelle génération, synthétiseurs d'oligonucléotides et thermocycleurs PCR. Contrôle thermique de précision à ±0,1°C.","2026-02-05","manufacturing","/assets/img/blogs/2026/02/dna-computing-pcb.webp",false,[97,98,99,100,101,102,103,104,105,106,107,108,109,110,111,112,113],"PCB Informatique ADN","Carte Séquenceur ADN","PCB Synthèse Génétique","Carte Traitement Acides Nucléiques","PCB Thermocycleur PCR","Carte Instrument NGS","PCB Synthétiseur Oligonucléotides","Matériel Stockage Données ADN","Carte ADN Microfluidique","PCB Séquençage Capteur Image CMOS","Carte Contrôleur Peltier","PCB Détection Fluorescente","Carte Séquençage Nanopore","PCB Amplification Isotherme","Carte Base Calling FPGA","Conception PCB Illumina NovaSeq","Carte Oxford Nanopore PromethION",7,{"id":116,"slug":116,"title":117,"description":118,"date":119,"category":10,"image":120,"featured":12,"tags":121,"readingTime":38,"year":23,"month":24},"phase-consistency-routing-quick-turn-5g-6g-communication","Phase consistency routing quick turn : gérer les défis mmWave et low-loss interconnect pour les PCB 5G/6G communication","Un deep dive sur Phase consistency routing quick turn, couvrant high-speed signal integrity, thermal management et design power/interconnect pour construire des PCB 5G/6G hautes performances.","2026-02-04","/assets/img/blogs/2025/11/mmwave-pcb-manufacturing.webp",[122,123,124,125,126,127],"5G/6G","mmWave","Matching de phase","Routing RF","Low-loss","Quick turn",{"id":129,"slug":129,"title":130,"description":131,"date":132,"category":10,"image":133,"featured":12,"tags":134,"readingTime":135,"year":23,"month":24},"adas-radar-manufacturing-automotive-adas-ev-power","ADAS Radar PCB Manufacturing Guide for 77/79 GHz","Practical ADAS radar PCB manufacturing guide covering 77/79 GHz RF materials, antenna-on-PCB control, automotive reliability, PPAP evidence, and RFQ data.","2026-02-03","/assets/img/blogs/2025/11/adas-pcb.webp",[],14,{"id":137,"slug":137,"title":138,"description":139,"date":132,"category":10,"image":140,"featured":12,"tags":141,"readingTime":38,"year":23,"month":24},"beamforming-module-compliance","PCB de module beamforming 5G/6G : empilage hybride et conformité RF","Guide de conception et fabrication des PCB beamforming : empilage Rogers/PTFE + FR-4, cuivre VLP/HVLP, impédance, phase, backdrill, stratification hybride et essais de fiabilité.","/assets/img/blogs/2025/11/5g-pcb.webp",[142,143,144,145,146,147],"PCB module beamforming","Conformité RF 5G 6G","Empilage hybride Rogers FR-4","Test PCB beamforming","Petite série RF","PCB réseau phasé",{"id":149,"slug":149,"title":150,"description":151,"date":152,"category":10,"image":153,"featured":12,"tags":154,"readingTime":38,"year":23,"month":24},"flex-rigid-material-stackup-pcb-stackup-materials","flex rigid material stackup : 20 questions fréquentes sur l'empilement et les matériaux","Une collection de 20 questions fréquentes et solutions liées au flex rigid material stackup, couvrant les paramètres des matériaux, le laminage hybride, l'impédance, la dérive thermique et la fiabilité, avec une liste de contrôle d'audit d'empilement et des chemins expérimentaux.","2026-02-02","/assets/img/blogs/2025/11/rigid-flex-board.webp",[155,156,157,158,159,37],"Rigid-flex","Stackup","Matériaux PCB","HDI","Impédance",{"id":161,"slug":161,"title":162,"description":163,"date":152,"category":10,"image":164,"featured":12,"tags":165,"readingTime":172,"year":23,"month":24},"wearable-patch-manufacturing-medical-imaging-wearable","Fabrication de PCB pour patchs portables : Maîtriser les défis de biocompatibilité et de sécurité pour l'imagerie médicale et les PCB portables","Analyse approfondie des technologies clés de la fabrication de PCB pour patchs portables, couvrant l'intégrité du signal à haute vitesse, la gestion thermique et la conception alimentation/interconnexion, pour vous aider à créer des PCB portables et d'imagerie médicale haute performance.","/assets/img/blogs/medical-pcb.webp",[166,167,168,169,170,171],"Wearable patch PCB manufacturing","Wearable patch PCB design","Wearable patch PCB reliability","high-speed Wearable patch PCB","Wearable patch PCB mass production","Wearable patch PCB quality",9,1561,131,[10,93,176,177,178,179,180],"assembly","design","standards","materials","testing",[23,182],2025,1791854269443]