{"datasheetId":"ds_8e440298476d7800cdf6","nextCursor":null,"chunks":[{"chunkId":"ds_8e440298476d7800cdf6-chunk-0001","chunkIndex":0,"heading":"Teensy 4.0","headingPath":["Teensy 4.0"],"preview":"","images":[{"path":"images/92c756d5d4a5e33d6327ba16374ca4440a284b70edce57964000dbc1cc448681.jpg","name":"92c756d5d4a5e33d6327ba16374ca4440a284b70edce57964000dbc1cc448681.jpg","mimeType":"image/jpeg","semanticKind":"photo","semanticCaption":"Top view of Teensy 4.0 development board featuring the MIMXRT1062 microcontroller","viewUrl":"https://www.embedr.app/api/datasheets/ds_8e440298476d7800cdf6/asset?path=images%2F92c756d5d4a5e33d6327ba16374ca4440a284b70edce57964000dbc1cc448681.jpg"}],"readUrl":"https://www.embedr.app/api/datasheets/ds_8e440298476d7800cdf6/chunks/ds_8e440298476d7800cdf6-chunk-0001"},{"chunkId":"ds_8e440298476d7800cdf6-chunk-0002","chunkIndex":1,"heading":"Teensy 4.0","headingPath":["Teensy 4.0"],"preview":"When running at 600 MHz, Teensy 4.0 consumes approximately 100mA current. Teensy 4.0 provides support for dynamic clock scaling. Unlike traditional microcontrollers, where changing the clock speed causes wrong baud rates and other issues, T","images":[],"readUrl":"https://www.embedr.app/api/datasheets/ds_8e440298476d7800cdf6/chunks/ds_8e440298476d7800cdf6-chunk-0002"},{"chunkId":"ds_8e440298476d7800cdf6-chunk-0003","chunkIndex":2,"heading":"Teensy 4.0","headingPath":["Teensy 4.0"],"preview":"The ARM Cortex M7 brings many powerful CPU features to a true real time microcontroller platform. Cortex M7 is a dual issue superscaler processor, meaning the M7 can execute two instructions per clock cycle, at 600MHz! Of course, executing","images":[],"readUrl":"https://www.embedr.app/api/datasheets/ds_8e440298476d7800cdf6/chunks/ds_8e440298476d7800cdf6-chunk-0003"},{"chunkId":"ds_8e440298476d7800cdf6-chunk-0004","chunkIndex":3,"heading":"Teensy 4.0","headingPath":["Teensy 4.0"],"preview":"Tightly Coupled Memory is a special feature which allows Cortex M7 fast single cycle access to memory using a pair of 64 bit wide buses. The ITCM bus provides a 64 bit path to fetch instructions. The DTCM bus is actually a pair of 32 bit pa","images":[],"readUrl":"https://www.embedr.app/api/datasheets/ds_8e440298476d7800cdf6/chunks/ds_8e440298476d7800cdf6-chunk-0004"},{"chunkId":"ds_8e440298476d7800cdf6-chunk-0005","chunkIndex":4,"heading":"Teensy 4.0","headingPath":["Teensy 4.0"],"preview":"Teensy 4.0's Cortex M7 processor includes a floating point unit (FPU) which supports both 64 bit \"double\" and 32 bit \"float\". With M4's FPU on Teensy 3.5 & 3.6, and also Atmel SAMD51 chips, only 32 bit float is hardware accelerated. Any use","images":[],"readUrl":"https://www.embedr.app/api/datasheets/ds_8e440298476d7800cdf6/chunks/ds_8e440298476d7800cdf6-chunk-0005"},{"chunkId":"ds_8e440298476d7800cdf6-chunk-0006","chunkIndex":5,"heading":"FEATURES","headingPath":["FEATURES"],"preview":"FEATURES ARM Cortex M7 at 600MHz 1024K RAM (512K is tightly coupled)  2048K Flash (64K reserved for recovery & EEPROM emulation)  2 USB ports, both 480MBit/sec  3 CAN Bus (1 with CAN FD)  2 I2 S Digital Audio  1 S/PDIF Digital Audio ","images":[{"path":"images/422c63964dc6b672238256ea67bedff51a77d7478abd9cd550d1b15db69c94e0.jpg","name":"422c63964dc6b672238256ea67bedff51a77d7478abd9cd550d1b15db69c94e0.jpg","mimeType":"image/jpeg","semanticKind":"unknown","semanticCaption":"Vertical scale showing inches and centimeters","viewUrl":"https://www.embedr.app/api/datasheets/ds_8e440298476d7800cdf6/asset?path=images%2F422c63964dc6b672238256ea67bedff51a77d7478abd9cd550d1b15db69c94e0.jpg"},{"path":"images/7b43892228875fcdb50ece7c8398569b54073612f6350c40a1853885111c607f.jpg","name":"7b43892228875fcdb50ece7c8398569b54073612f6350c40a1853885111c607f.jpg","mimeType":"image/jpeg","semanticKind":"photo","semanticCaption":"Top view of Teensy 4.0 development board","viewUrl":"https://www.embedr.app/api/datasheets/ds_8e440298476d7800cdf6/asset?path=images%2F7b43892228875fcdb50ece7c8398569b54073612f6350c40a1853885111c607f.jpg"}],"readUrl":"https://www.embedr.app/api/datasheets/ds_8e440298476d7800cdf6/chunks/ds_8e440298476d7800cdf6-chunk-0006"},{"chunkId":"ds_8e440298476d7800cdf6-chunk-0007","chunkIndex":6,"heading":"FEATURES","headingPath":["FEATURES"],"preview":"","images":[{"path":"images/05e885a1f005235213a114c5d9b2e32169d2fd80ace46bdedf14b044d19217c9.jpg","name":"05e885a1f005235213a114c5d9b2e32169d2fd80ace46bdedf14b044d19217c9.jpg","mimeType":"image/jpeg","semanticKind":"unknown","semanticCaption":"Horizontal scale showing centimeters and inches","viewUrl":"https://www.embedr.app/api/datasheets/ds_8e440298476d7800cdf6/asset?path=images%2F05e885a1f005235213a114c5d9b2e32169d2fd80ace46bdedf14b044d19217c9.jpg"},{"path":"images/4d70ce742fd62910e2974a4cbbcbdddf4755cd16e8ae7a9edbf2c58391b7adcd.jpg","name":"4d70ce742fd62910e2974a4cbbcbdddf4755cd16e8ae7a9edbf2c58391b7adcd.jpg","mimeType":"image/jpeg","semanticKind":"photo","semanticCaption":"Bottom view of Teensy 4.0 development board showing pin labels and surface mount pads","viewUrl":"https://www.embedr.app/api/datasheets/ds_8e440298476d7800cdf6/asset?path=images%2F4d70ce742fd62910e2974a4cbbcbdddf4755cd16e8ae7a9edbf2c58391b7adcd.jpg"}],"readUrl":"https://www.embedr.app/api/datasheets/ds_8e440298476d7800cdf6/chunks/ds_8e440298476d7800cdf6-chunk-0007"}]}