6 Bell This chapter introduces you to the BLE Pioneer Kit and the features that will be used as part of its operation. We will discuss features such as USE connection, programming/debugging, and programmer firmware update. The chapter also describes the USB-U ART and USB-IC bridges along with the PC tools hat can be used to communicable with the BLE device on the BLE Pioneer Kit. 3.
Kil Operation The BLE Pioneer Baseboard can also be used as a standalone programmer to program and debug other BLE devices using SWD, and as a USB-Serial interface. The Agitprop firmware on P Soc 5LP device enables beading P Soc SLP over USE to upgrade the firmware. Figure 3-2. P Soc 4 Processable BLE Mauled Block Diagram ee EE This BLE Pioneer Kit includes two modules. These modules act as a basic breakout board for the CY8C4248LQI-BL583 (P Soc 4 BLE) and CYBL11573-56LOXI (Pro C BLE) device.
.3 Kil Operation Agitprop Agitprop is the hargwareffitmware block for onboard programming, debugging, and bridge functionality. It & a common reusable hardware firmware block used across many Cypress kit platforms. It consists of a P Sec 5LF, which connects to the computer over an USB interface and connects to the P Soc 4 BLE of CROP BLE device over SWD, 2c, and ART pins.
Kil Operation 34 Placing Modules on Baseboard Plug the module into the BLE Pioneer Baseboard on headers J10 and J71, while keeping the antenna directed outside. Noe that the two parallel headers J10 and J1 are not equal (24-pin and 20-pin, respectively) and will not allow the module to be inserted in the opposite direction. Figure 3-5.
Kil Operation 3.5 Programming and Debugging BLE Device The BLE Piggery Kit and BLE Dongle can be programmed and debugged using the Agitprop. Before programming the device, ensure that P Soc Creator and P Soc Programmer are installed on the computer. See install Software on page 21 for more information. 3.5.1 Programming using P Soc Creator 1. Connect the BLE Pioneer Kibble Dongle to ihe computers USB port, as shown in Figure 3-7. Figure 3-7. Connect USB Cable to J13 2.
3.5.2 3.5.3 Kil Operation Figure 3-9. Programming Device From P Soc Creator SHE PIE OSes 0 PRL Che Fl es den la Bai aE Stan = Bacchanalia nn Debugging using P Soc Creator For debugging the project using P Soc Creator, follow steps 1 to 5 from Programming using Phe Crater un page 29 followed by: 1. Click the Debug icon or press [F5], as shown in Figure 3-14. Figure 3-10. Start Debug on P Soc Creator Fie he Vee Ere Ga Deneb When P Sac Creator opens in debug mode, use the buttons on the toolbar for debugging.
Kil Operation wa . oo Sid Siege Co Eo AE baize Goth File > Program to start programming the kil with the selected file. Note: If the hex file does not match the device selected, then P Soc Programmer will throw an emir cf device mismatch and terminate programming. Figure 3-12. Program Hex File to Kit Gos Ee = a Aha 4. When the programming is finished successfully, indicated hy a PASS message on ihe status bar, the BLE Pioneer KIBBLE Dongle is ready for use. Close P Soc Programmer.
Kil Operation Updating BLE Dongle for Smarty Central Emulation Tool The BLE Dongle, provides a BLE Central mage capability using the Abysmal Central Emulation Tool on the computer. The Smarty Central Emulation Tool on the PC is the interface with which to configure the BLE Dongle and analyze the data transferred after connecting with a BLE Peripheral. The BLE Dongle works along with the Smarty Central Emulation Tool, as shown in Figure 3-13.
Kil Operation Biogen Sen Anaheim TE Painting Sm sire tsi ed lg are is cloned mt A Satiates ia a Elan i Sean Ge Choose the .hex file from the respective location and update the BLE Dongle firmware. Figure 3-15. Pan Hex File E We oo Sabina Ensure the other settings match as shown in Figure 3-15. Click the Program button to start programming. The status bar ai the bottom of the P Soc Programmer window will Shaw the programming status and the result (Pass/Fail). Figure 3-16.
Kil Operation 38 USB-I2C Bridge The Agitprop can function aa USB-1C bridge and communicate with the Bridge Control Panel (BCP) software utility. When connected lo BCP, the number> is available under Connected I2C/SPIRXS Ports in the BCP. The 12C connection between P Soc 4 Processable BLE device and Agitprop is used to transfer data between BCP and the P Soc 4 Processable BLE device.
Kil Operation Updating the Agitprop Firmware The Provoking firmware normally does nok require any update. IF an update is required, then PoC Programmer will display a warning message when the kit is connected ta it, as shown in Figure 3-18. Figure 3-18. Update Agitprop TH Bea saa lit de To ape the Bowman shun civically ie he division Dab sel pins tha Us din Tattooer Th 506 dhs Th sm To update the Agitprop, go to the Utilities tab on P Sac Programmer and click Upgrade Firmware, as shown In Figure 3-19.
4. Example Projects This chapter demonstrates the functionality of P Soc 4 BLE and Pro C BLE devices using the BLE Pioneer Kit example projects. Download and install the kil setup file from the kit webs page. The example projects can be accessed on the Start Page of P Soc Creator under Examples and Kits. a Using Example Projects Fallow these steps to open and use the example projects: 1. Launch Psychs Creator from Bart > All Programs > Cypress > P Soc Creator 3.3 > P Soc Creator 3.3. 2.
Example Projects 4. Select the folder where you want to save the project and click OK. 5. Every BLE project use a public address set in the BLE Component GUI to advertise and scan, depending on the role: Peripheral or Central mode. IF multiple kits in close proximity have the same public address, hen wrong devices may be connected or connections may fail. To prevent this, change the Public address (and preferably Device name) in the BLE Component GAP Settings tab as shown in Figure 4-2. Click OK.
Example Projects 7. Connect the BLE Pioneer Baseboard to the computer through the USE Mini-B connector J13. Ensure that the correct module (P Soc 4 BLE or Pro C BLE) is placed on the baseboard, depending on the project opened. 8. Choose Debug > Program in P Soc Creator, ag shown in Figure 4-4. Fire 4-4. Program Device In P Soc Creator Col Dei Dg test Pedagogue RISE Schnook Bavarian East Tran Riskiness She Rb TH EN Veniremen Find 8.
Example Projects Figure 4-6. Connect Device From P Soc Creator and Program Fal amu RE ORE gv LRG Re Nastiness Samara Hae Fees BOURGEOIS dia Note: As stated previously, the BLE Pioneer Kit supports bath Cypress BLE devices: P Soc 4 BLE and Pro C BLE. The description, hardware configurations, and verification method of the example project= explained in the following sections are valid for goth these devices.
4.2 4.2.1 Example Projects Cap Sense Slider and LED Project Description This project demonstrates connectivity between the BLE Pioneer Kit (acting as a Peripheral and GATT server device) and Smarty Central Emulation tool or mobile device running the Smarty mobile application (acing as a Central and GATT client device).
Example Projects The project consists of the following files: = mainsail These files contain the main function, which is the entry paint and execution of the firmware application. They also contain the function definition for initialization of the system and reading the Cap Sense slider data from the Cap Sense Component. mu Oversimplification These files contain all the maces and function definitions related to BLE communication and operation.
Example Projects 42.2 Hardware Connections No specific hardware connections are required for this project because all connections are hardwired on the BLE Pioneer Baseboard. Ensure halt the correct module is placed on the baseboard corresponding to the project being used. PSoG_4_BLE_CapSense_Slider_LED works with the P Soc 4 BLE Module. Prig BLE CapSense_8lider LED works with the P Reg BLE Module. The pin assignment for this project is in PSoGC_4_BLE CapBense_Slider LED.
Example Projects 4.24 Verify Output The project can be verified by two methods: using the Abysmal Central Emulation Tool and BLE Dongle or using the Smarty mailer application. 424.1 Smarty Central Emulation Coal To verify the Cap Sense and LED project using the Smarty Central Emulation Tool, follow these steps: Note: Refer Cystic Caracalla Emulation {oul fo learn how to use tha fool. 1. Connect the BLE Dongle to one of the USB pols on the computer. 2.
Example Projects 8. Double-click the Slider LED device io connect, or click Slider LED and then click Connect. Figure 4-13. Connect fo BLE Slider and LED Peripheral 9. When connected, the Smarty Central Emulation Tool will display a message for the Update connection parameters. Select Yes, as shown in Figure 4-14. Figure 4-14.
Example Projects 14.Locate the attribute Client Characteristic Conflagration descriptor (QUID 0x2802) under Cap Sense slider characteristic WIDOW Click Read Value to read the existing Silent Characteristic Configuration Description (CC) value as shown in Figure 4-16. is tic Ee 12. Muodify the Value field of CG te "01:00" and
Example Projects 13.Swipe your finger on the Cap Sense slider on the BLE Pioneer kit, as shown in Figure 4-1 and sea tha notification values in the Cap Sense Slider value field, as shown in Figure 4-16. Figure 4-18. Cap Sense Slider Figure 4-19. Capstone Slider Notification Received fn a Ba Daa EEE han Lae silo Lids sib th ab RR Nave raiment a Riel Alt Ab pres 14.To disable notifications, modify the Value field of the Client Characteristic Configuration descriptor to '00:00' and click Write Value.
Example Projects Pest ams ie Si 16.Modify the four bytes of data in the Value field and click Write Value. You wil see the corresponding change in the color and intensity of the RGB LED on the BLE Pioneer Kit, as shown in Figure 4-22. The RGB LED will be on for 3 seconds before switching off to conserve power. Note; If the kit is powered from a coin cell and not the USE Bus, then lhe color mixing and intensity will vary. Thais is because the coin cell provides a lower driving voltage for RGB LED.
Example Projects 17 To disconnect from the device, click Disconnected, as shown in Figure 4-24. Figure 4-24. Disconnect from the Device He La be Boi wie BT] Shah bmn inns fair Bans A bs Si main [oss Hi i Sh Pol Baal aa Sine aan rte ct 0 Hie App in FE Bai Ban han Chums Bede 1 18.To connect tw this peripheral again, restart advertising by pressing the user button FW2) on The BLE Pioneer Kit. Advertising is indicated by the blinking red LED. 424.
Example Projects Figure 4-25. Slider LED Peripheral Florentine Bass Bsa 7. When connected, the Smarty mobile application will lii the profiles supported by the peripherals. Scroll and select the Cap Sense Icon, as shown In Figure 4-26. Figure 4-26. Cap Sense Service Page 8. Swiss your finger on the Cap Sense slider on the BLE Pioneer Kit and see a similar response on the Gap Sense page in the Smarty application (Figure 4-27). Bluetooth® Low Energy (BLE) Pioneer Kit Guide, Dac. # 00211468 Rev.
Example Projects 9. Press the back button to return to the serviceability page. Scroll and tap on the RGB LED service. 10.0n the RGE LED service page, swipe over the color gamut to see a similar color response on the BLE Pioneer Kit RGB LED. The slider helot the color gamut controls the intensity of the RGB LED color. The RGB LED will be on for 3 seconds before switching off. This is done to conserve power. Figure 4-28. RGB LED Control with Smarty Mable Application 11.
4.3 4.3.1 Example Projects Cap Sense Proximity Project Description This project demonstrates connectivity between the BLE Pioneer Kit (acting as a Peripheral and GATT server device) and the Smarty Central Emulation Tool or mobile device binning the Smarty mobile application (acting as a Central and GATT client device).
Example Projects The project consists the following files: = mainsail These files contain the main function, which is the entry paint and execution of the firmware application. They contain function definition for initialization of the system and reading the Cap Sense proximity data from the Cap Sense Component. m Oversimplification These files contain all the maces and function definitions related to BLE communication and operation.
Example Projects Figure 4-30. Top Design for PSeC_4_BL E_CapSense_Proximity Project Cap Sense Fe BLE EET Callie Cin oid Lisa BLE Comte 6 COM (6 Rin 11 Benin Dadaism ole 1 2 Intact Service fr wie Yeti a & Ln harass Stripteaser Rai whodunit a Del errata User Button Status LED Hd Ba 136 bath on BLE Proves kf wins liege Sod His sl liberates en ng The fel 180 weir ae slur LEO Rr save BLE dn Figure 4-31.
4.32 Example Projects Hardware Connections m Ensure halt the comet module is placed on the baseboard corresponding fo the project being used. PSpC_4_BLE_CapSense Proximal works with the Psychs 4 HLE Module. PRoC_BLE_CapSanse_Proximity works with the Pro C BLE Module. m Connect a five-inch wire (provided as part of this kit) to the proximity connector J14 on the baseboard. Loop the wire as shown in Figure 4-32. The proximity range is approximately equal to the diameter of the proximity loop.
Example Projects Figure 4-34. Pin Selection for Capstone Proximity Project Heine Bluetooth® Low Energy (BLE) Pioneer Kit Guide, Dac. # 00211468 Rev.
Example Projects 4.3.3 Flow Chart Figure 4-35 shows the flow chart of code implemented. Figure 4-35.
Example Projects 4.34 Verify Output The project can be verified by two methods: using the Abysmal Central Emulation Tool and BLE Dongle or using the Marley iOS/Android app. 434.1 Smarty Central Emulation Coal To verify the Cap Sense Proximity project using the Smarty Central Emulation Tool, follow these steps: Note: Refer Cystic Caracalla Formulation {oul fo learn how to use tha fool. 1. Connect the BLE Dongle to one of the USB pols on the computer. 2.
Example Projects Figure 4-37. Start Scanning Le A Stl Ye Don auntie Settee SE Damian Bi 8. Douala-click Cap Sense Proximity to connect or click Connect to connect to the BLE Pioneer Kit. Figure 4-38. Connect fo Cap Sense Proximity Peripheral Le 1 hinge 9. When connected, the Smarty Central Emulation Tool will display a message for the Update connection parameters. Select Yes, as shown In Figure 4-39.
Example Projects 10.Click Discover All Attributes to find all attributes supported by the Peripheral. Figure 4-40. Dis caver All Attributes Bel Tad He Ere si in lis SEL When all the attributes are listed, locate the Client Characteristic Configuration descriptor (LEWD Dx2902) under Cap Sense Proximity characteristic QUID DASD5FABN131). Click Read Value ta read the existing CC value as shown in Figure 4-41. Figure 4-41. Read Cap Sense Proximity CC Co 1 12.
Example Projects Figure 4-42. Write CC to Enable Notifications ee ia Goths Si 8 San PH Sen i a ee Bib Een Fit Ni i 28 Hep fii isl i Emi Barnes despondent Se eb be Eden 13.Bring your hand closer fo the proximity sensor on the BLE Pioneer Kit, as shown in Figure 4-43 and observe the value changing in the characteristic value field, as shown in Figure 4-44. Figure 4-43. Cap Sense Proximity Sensing with P Soc 4 BLE Module Figure 4-44.
4.34.2 Example Projects Figure 4-45. Disconnect from the Device Feedlot Soi rll | The Be Ra Samosa Ere Ben even Bose 16.Press user bunion (8W2) io wake up from sleep and restart the advertisement for the next connection. Smarty Mobile Application To verify the Cap Sense Proximity project using tha Smarty mobile application (refer Yachtsman Mobile App pageboy, follow these steps: 1. Place the desired module on BLE Pioneer Baseboard. 2.
44 4.4.1 Example Projects 8. When connected, the app will list the services supported by the peripherals. Scroll and select the Gap Sense Proximity service. 9. When the Cap Sense service page opens, bring your hand near the sensor wire on the BLE Pioneer Kit; the proximity level iz represented in fhe app as a bar graph, ag shown in Figure 4-47. The darker shade in the graph indicates closer proximity. The app beeps when the graph filch up by 50 percent. Refer to Smarty i08 App User Guilds for details.
Example Projects before timeout, a connection is made (blue LED always ON). If no such device is found, then the system slope scanning and returns to Deep Sleep mode (LED OFF). Press SW2 again to wake the gymnasium and restart scanning. To aid in evaluation, the Peripheral project with the particular public address is provided in the same workspace. This Peripheral project supports IAS and has fixed public address that the Central device will recognize and auto-connect ta.
Example Projects Figure 4-49. PRoC_BLE_Central_IAS Top Design Herr a Figure 4-50. BLE_Dongls_Peripheral_IAS Top Design Firetruck da: FA pe far SEE SE EEN GRE Bluetooth® Low Energy (BLE) Pioneer Kit Guide, Dac. # 00211468 Rev.
Example Projects Hardware Connections No specific hardware connections are required for this project because all connections are hardwired on the BLE Pioneer Baseboard. Ensure that the come cl module is placed on the BLE Pioneer Baseboard corresponding te the project being used. Psoriasis BLE Central AS works with the P Soc 4 BLE Module. PReC_BLE_Cenfral_IAS works with the Pro C BLE Module.
Example Projects 443 Flow Chart Figure 4-533 shows the flow chart for the IAS GATT client mode example project. Figure 4-53. IAS GATT Client Mode Flow Chart Start BLE component ‘Scan for Pharisaical and blink Blag LED Bennie Pharisaic found?, Yes Connect ta the Peripheral and him on Bue LED oor switch Disconnected? No Pressed? Yes v Send the next alert level bo the Peripheral Process BLE Event Bluetooth® Low Energy (BLE) Pioneer Kit Guide, Dac. # 00211468 Rev.
Example Projects Figure 4-64 shows the flow chart for the IAS GATT server mode example project. Figure 4-54. |AS GATT Server Mode Flow Chart Snarl PWM and BLE components 1 Register IAS Callback i Start Advertisement and wall for connection i — Disconnected? Turn off LED Mid— Blink LED every second Turn on LED 444 Verify Output v Process incoming BLE events 1. Connect the BLE Dingle te one of the USB pols on the computer. Bluetooth® Low Energy (BLE) Pioneer Kit Guide, Dac. # 00211468 Rev.
Example Projects . Connect BLE Dongle to USB Pol i 2. In the P Soc Creator Workspace Explorer, right-click the BLE_Dongle_Peripheral_IAS project and select Set As Active Project, 2s shown In Figure 4-58. Figure 4-56. Set Dongle Peripheral Project as Active Bean W gt PR hie fa i Alana Rut BLE Den Banana los Fae BE ein Bethe 0 Che vend lod HED Dei Median ine ati a Maa Bai me La 3. Program ihe BLE Dongle with the BLE_Dongle_Peripheral IAS project described in Using Example Parsecs on gaps 37.
Example Projects 4. Power the BLE Pioneer Kit through USB connector J13. 5. In the Workspace Explorer, right-click the PSoC_4_BLE_Cantral_IAS project and select $et As Active Project as shown in Figure 4-57. shine ESC Date Bella I Lime ETE HERE CRE CR aie Ci 5 Abi EEE ee Sos eve Sal NE Del aide na Barrios Fang 6. Program the BLE Pioneer Kit with either the Psoriasis BLE Central IAS or the PRoC_BLE_Central_IAS project, depending on the module placed on the BLE Pioneer Kit. 7.
4.5 45.1 Example Projects 10.Check if the LED behavior changes for each alert ratification on the BLE Dongle according to the following table: No Alert LED Off Mild Alert LED Blinking High Alert LED On Note: To revert the Smarty functionality to the dingle, program the dongle hex file, as described in Updating BLE Dongle Tor Mastic Central Emulation Soul on page 32. Eddy stone Project Description This project demonstrates a BLE beacon based on Google's Eddysione™ protocol on the BLE Pioneer Kit.
Example Projects The BLE profile in this project consists of two BLE custom services, Eddy stone and Eddy stone Configuration (see Figure 4-55). The project broadcasts one of the following beacon frames In a non-connectable advertisement packet. mu Eddy stone-UID ramie broadcasts a unique 16-byte Beacon ID composed of a 10-bye name space and a €-byte instance. The Bacon ID may ba useful in mapping a device to a record in external storage.
Example Projects The project consists of the following files: = mainsail These files contain the main function, which is the entry point and execution of the firmware application. They contain function del tem. By default on power-on-reset, the system will do a non-connectable advertisement of URL/ URI and TLM packets. When the SW2 button is preached, ihe device will enter connectable made and various characteristics can be configured. m Eddystone.cl.
Example Projects Figure 4-60. Top Design for PScC_4_BLE_Fddystone and PRoC_BLE_Eddystone Project BLE ADC Interface hero TOR Watch Dog Timer i Ar CEE SR S00 Wk BRE OE LED i BA Andretti he sn SEES ERE RH Button SOT he Sh ele 4.5.2 Hardware Connection m Ensure that the correct module is placed on the baseboard corresponding te the project being used. PSoC_4_BLE_Eddysione works wile the P Soc 4 BLE Module. PRoC_BLE_Eddysione works with the Pro C BLE Module.
Example Projects aie 4.5.3 Flow Chart Figure 4-83 shows the flow chart of code implemented. Figure 4-63. Eddy stone Project Flow Chart Ea TT Packet) I Erse yea ee Sin Incarnation Discriminant 454 Verify Output The project can be verified using an Android smart phone or an i08 device (iPhone or iPad). Before proceeding further make sure that a beacon application (such as Locate Beacon for Android or Chrome browser for i03) and the Smarty app are installed on the snarl phone/device.
Example Projects To verify the Eddy stone project in iOS, using Chrome for iOS browser, follow these sips. Before you start, make sure the Chrome browser for i0S is installed in your iOS device and the Chrome widget Is added to The widgets view 1. Place the module on the BLE Pioneer Kit, depending on the project chosen. 2. Power the BLE Pioneer Kit through the USR connector J13. 3. Program the BLE Pioneer Kit with the Eddy stone example project.
Example Projects B. Click the Locate Beacons button to start scanning for beacons (see Figure 4-65). Figure 4-65. Locate Beacon App Home Screen Le Co 7. In the next screen a list of Visible Beacons will be displayed. Click the desired beacon (see Figure 4-66) to display its status and information (see Figure 4-67). Figure 4-86. Locate Beacon App Showing Discovered Beacons Bluetooth® Low Energy (BLE) Pioneer Kit Guide, Dac. # 00211468 Rev.
Example Projects Figure 4-67. Locate Beacon Showing Details about Selected Beacon Ben ene eed i To read and write characteristics (using an Android or iOS device, and Smarty app) of the beacon follow these steps. 1. Press 8W2 on the BLE Pioneer Kit baseboard to start the connectable advertisement. The advertisement stats is indicated by the red LED. 2. Launch the Smarty app on your Android smart phenacetin. 3. Connect fo the CY Eddy stone device from the list by clicking oil (see Figures 4-68).
4.6 46.1 Example Projects 8. Click on Unknown Service (see Figure 4-70) lo see all available characteristics. Figure 4-70. Smarty Showing Unknown Service in GATT DB i Hiss in Born B. Click on any of the characteristics to read and modify il. For reference on Eddy stone Configuration characteristics, refer to the Google Dystonia page. Te understand more about the Smarty app, refer fo the Smarty user guide. 7. Disconnect from the device te go back 0 the beacon made.
48.2 Example Projects interface. It uses the Cypress USB-U ART bridge functionality from the P Soc ALP-based Agitprop modular. Note: This project iz meant only for the Pro C BLE device and works on the CY5677 Smarty BLE 4.2 USB Dongle hardware. The example project for CY5670 Smarty USB Dongle is available in ihe TOYBOY T-042-ALE Pioneer IL Figure 4-71. Top Design for BLE_4_2 Dongle_CySmart_256K Project RE ART Koi Damn Es a .
Example Projects 463 Flow Chart Figure 4-73. Flow Chart for BLE_4_2_Dongle_CySmarl_256K Project Fowler BLE Dongle Star! BLE, Pr Ism and ART Component y Smart tog stetted Exit Smarty adulator made Scan for Capstans device I Yes Perform connect and CATT Discovery sequence | Enable notifications for Cap Sense slider Update LED brightness as par slider potion “ es Qualification o Cell with val position value ? Bluetooth® Low Energy (BLE) Pioneer Kit Guide, Dac. # 00211468 Rev.
4.7 47.1 Example Projects Verify Output This project will be used when the Smarty Central Emulation Toil is invoked for testing other example projects. In addition, the LED control operation can be verified as follows. 1. Power tha BLE Pioneer kit through the USB connector J13. 2. Program the BLE Pioneer kit with the Cap Sense and LED example project described in Capsular Slider ard LED on page 41. 3. Connect the BLE Dingle to ¢ne of the USB pores on the computer. 4.
Example Projects The HC! is enabled in the BLE Component under the General settings. Note Thai when the HCI mode is selected, all other tabs are hidden and cannot be configured. This is because in HCI mode, there are no Upper layer processes. On enabling HCI mode, the components automatically reserves a ART block to allow communication between the tester and BLE slack. The ART exposes the ping that can be assigned in file under the Pins tab.
472 Example Projects JE hear Hardware Connection For DTM TESL mode, il is recommended [0 use SMA connectors and connect the tester and DUT using an SMA to SMA connector cable. This ensures that there is minimum interference to RF communication between the DUT and tester, and the performance measured is the true RF performance of the device. The BLE Pioneer Kit module with SMA connector (CYSTITIS-141 P Sac 4 BLE) is available separately and can be ordered from the Cyprus wab page.
Example Projects Table 42. ART Pin Assignment for RS232 Voltage Translator RX POD TX POOP RTS 4.7.3 Verify Output 1. Connect the BLE Pioneer Kit through the USB connector J13. 2. Program the BLE Pioneer Kil with the PSoC_4_BLE_DTM or Processable project, depending on fhe module used (Psychs 4 BLE or Pro C ELEM, as described in Rising Example Projects on page 37. Programming sou kd complete successfully. 3. Connect the serial link, HART, or RS232 to the tester. 4.