BB01B BITSCOPE | Alldatasheet
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Technical content
BB01B | BitScope Blade Uno | Specification Specification Note Value Compatible Raspberry Pi[1] Raspberry Pi 3, 2, B+, A+ Supports Raspberry Pi Display[2] Yes Raspberry Pi per Unit 1 USB + Network Ports per Unit[3] 4 + 1 or 1 + 0 HAT Devices per Unit 1 HUB Cards per Unit 1 CAP Devices per Unit [4] 2 Camera Connector Slot [5] Yes x 1 HDMI & sound outputs [6] Yes x 1 Primary Power [7] 5V via J8 Auxilliary Power [8] 1 x 5V USB Power Ports [9] 2 Indicator LEDs [10] None Device power-down control[11] Yes Processor reset/interrupt[12] No SPI, I2C, Serial & GPIO[13] Yes Raspberry Pi Mounts M2.5 Blade Mounts M3 Blade power tabs [14] Yes Wall mounting stand-offs[15] Yes 19" Rack Compatible [16] 5RU Power Budget [17] 4A (peak) 3A (continuous) UPS Compatible [18] Yes DC 2.1mm, PoE Compatible[19] Yes Power Requirement 9V (4A) ~ 48 V (500mA) Operating Temperature 0 °C to 70 °C Storage Requirements -40 °C ~ +40 °C, 5 % ~ 95 % RH Dimensions (W x D x H) 73 x 160 x 21 mm Weight 77 g bitscope.com / product / BB01 GE09C 13 EL04C 05 B
BB01B | BitScope Blade Uno | Notes [1] Any Raspberry Pi that conforms to the HAT specification is compatible. [2] Provides power and optional wall mounting capability. [3] Refers to the number of USB and Network ports (provided by connected Raspberry Pi) [4] Number of BitScope CAP (USB connected) per Blade (depending on power requirements) [5] Camera slots to enable the connection of visible or IR cameras. [6] HDMI and Audio ports on the Raspberry Pi in Slot 1 are accessible for connection. [7] Primary power for connected Raspberry Pi and HAT devices. [8] Auxilliary power for devices connected via 3-pin power headers (e.g. Raspberry Pi Display) [9] Additional USB (power only) ports for connected peripherals (e.g. Raspberry Pi Display) [10] LEDs to indicate BAY reset and interrupt inputs. [11] Each slot may be individually powered up/down via this header (normally powered up). [12] The device in each slot may be individually reset or interrupted via this header. [13] Access to each Raspberry Pi GPIO, SPI, I2C and Serial signals. [14] The blade may be powered via the mounting tabs, eliminates power wiring when rack mounted. [15] Blades supplied with wall mounting stand-offs with adhesive feet. [16] Blades can be rack mounted to create cluster computing solutions with optional metalwork. [17] Peak and continous current available at 5V across all slots and connected peripheral devices. [18] Blocking diode enables use with UPS and battery backup power solutions. [19] DC 2.1mm power socket compatible with low cost passive PoE solutions.