Hands-on Bluetooth Training Bootcamp, covers both Bluetooth Classic
and Bluetooth LE (BLE)
Hands-on Bluetooth Training Bootcamp is a 3-day practical course on Bluetooth Classic and Bluetooth LE with workshops and exercises, workshops and a practical Classic Bluetooth and BLE Training.
For Detailed Course Agenda, CLICK HERE.
Bluetooth Classic & Bluetooth Low Energy
Bluetooth Classic is designed for continuous two-way data transfer with high Application throughput (up to 2.1 Mbps). Bluetooth Classic highly effective, but only for short distances. So, it’s a perfect solution in the case of streaming audio and video, or mice and other devices that need a continuous, broadband link.
TONEX BLUETOOTH TRAINING
Bluetooth Low Energy – 100x lower power consumption with low duty cycle
Bluetooth Low Energy provides only 0.3 Mbps of Application throughput and the data is sent in small (20 bytes) packages with minimum latency.
The peak current of BLE (up to 15 mA) is half of the BT Classic current (up to 30 mA).
| Standard | Classic Bluetooth | BLE(Bluetooth Low Energy) |
|---|---|---|
| Network and Topology | Scatternet | Star Bus |
| Power consumption | Low (less than 30 mA) | Very Low (less than 15 mA) |
| Speed | 700 Kbps | 1 Mbps |
| Range | <30 m | 50 meters( 200 meters or higher in open field) |
| RF Frequency band | 2400 MHz (ISM) | 2400 MHz (ISM) |
| Frequency Channels | 79 channels from 2.400 GHz to 2.4835 GHz with 1 MHz spacing | 40 channels from 2402 MHz to 2480 MHz (includes 3 advertising and 37 data channels) |
| Modulation | GFSK (modulation index 0.35) , π/4 DQPSK, 8DPSK | GFSK (modulation index 0.5); Lower power consumption |
| Latency in data transfer between two devices | Approx. 100 ms | Approx. 3 ms |
| Spreading | FHSS (1MHz channel) | FHSS (2MHz channel) |
| Link layer | TDMA | TDMA |
| message size(bytes) | 358 (Max) | 8 to 47 |
| Error detection/correction | 8 bit CRC(header), 16 bit CRC, 2/3 FEC(payload), ACKs | 24 bit CRC, ACKs |
| Security | 64b/128b, user defined application layer | 128 bits AES, user defined application layer; Enhanced models by NIST/NSA |
| Application throughput | 0.7 to 2.1 Mbps | less than 0.3 Mbps |
| Nodes/Active Slaves | 7 (Piconet) | Unlimited (using Slave/Master topology) |