Laisser un message
Nous vous rappellerons bientôt!
Votre message doit contenir entre 20 et 3 000 caractères!
Merci de consulter vos emails!
Plus d'informations facilitent une meilleure communication.
Soumis avec succès!
Nous vous rappellerons bientôt!
Laisser un message
Nous vous rappellerons bientôt!
Votre message doit contenir entre 20 et 3 000 caractères!
Merci de consulter vos emails!
—— Je suis Andreas Anderssons
—— Evto-WEb Aps. Danemark
—— Je suis Richard Ingram.
—— Darkwynd
—— Je vous en prie.
—— Michael Helms
—— DEMAC SA
—— J Rau
—— Daniel Champagne
—— Je vous en prie.
—— Ça.
—— Ryan James est là.
—— Fletcher est là.
—— Josh
—— Je suis Andreas Anderssons
—— Franc
—— Je suis Eric M.
—— Il s'agit de Joseph Woodcock
—— Je suis William Klein.
—— Peter Franzke est décédé
—— Je ne sais pas.
—— Jordanie L
—— Je vous en prie.
—— Je suis Niccolò.
—— Je suis Valentino.
—— Je ne sais pas.
—— Je suis Elissa Decker
—— Le virtuarium
—— Je suis Brooke.
—— Gao Vang est là.
—— Je suis Stephanie Jade.
—— Staci
—— Je suis Alex Bowers.
—— Je vous en prie.
—— Taylor D. Fussell est un acteur
—— Ginnart
—— Sarah
—— Je suis Jose Sanchez.
—— Le Maliboogal
—— Frederic Brown
—— Je suis Joachim Wandji
For firmware engineers and embedded developers, integrating a new display often means weeks of debugging communication protocols and initialization sequences. The SFOS130JY-7130AP from Saef Technology Limited streamlines this process with a well-documented power-up sequence and ready-to-use initialization code—accelerating time-to-market for U.S. and German design teams.
This 128x64 OLED module uses the widely supported SSD1306-compatible driver IC, enabling quick integration with popular platforms like Arduino, STM32, and ESP32. But what sets it apart is the inclusion of a complete initialization routine in the datasheet—lines of C code that configure display start line, multiplex ratio (1/64 duty), charge pump (0x8B), and VCOMH levels. Engineers searching for “OLED initialization code example” or “SSD1306 setup guide” will find this a valuable time-saver.
The provided code snippet includes critical steps: resetting the module, setting segment remap (A1), enabling the charge pump (AD → 8B), and turning on the display (AF). These commands follow the exact timing and sequence required to avoid latch-up or unstable states—common pitfalls in OLED integration.
Moreover, the module supports both internal and external VPP generation. Using the internal DC/DC circuit simplifies power design by eliminating external boost converters, reducing BOM cost and PCB footprint—key considerations for compact IoT devices and portable diagnostics.
For developers working in I²C or SPI modes, the consistent command structure ensures predictable behavior. The 8-bit data/command control (DC pin) allows easy interfacing with 8-bit MCUs, while the CS and WR signaling supports direct memory-mapped access in parallel configurations.
At Saef Technology Limited, we understand that reliable firmware starts with accurate hardware documentation. That’s why our datasheets include not just electrical specs, but practical implementation examples—bridging the gap between theory and production.
By providing production-ready code and clear timing diagrams, we empower engineers to focus on innovation, not debugging. Request sample code and evaluation kits from Saef Technology Limited today.

