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SMPP

Unveiling the Power of SMPP v3.4: Elevating Communication Efficiency

In the realm of modern communication protocols, SMPP (Short Message Peer-to-Peer) Protocol v3.4 stands as an industry standard that revolutionizes the exchange of SMS messages. With its intricate design tailored for the seamless transfer of messages between Short Message Service Centers and External Short Messaging Entities, SMPP v3.4 offers a multitude of benefits that transcend traditional communication boundaries. Empowering High-speed Reliability: One of the cornerstone advantages of SMPP v3.4 is its unparalleled capacity to handle vast volumes of SMS messages while guaranteeing swift and dependable delivery. This capability becomes increasingly crucial in an era where real-time communication reigns supreme. Regardless of the message volume, SMPP v3.4 ensures that each message reaches its intended destination with speed and reliability, bolstering the efficiency of your communication network. Unleashing Scalability for Growing Needs: As businesses and organizations evolve, so do their communication requirements. SMPP v3.4 steps up to the plate by offering unmatched scalability, accommodating the surge in demand for BULK SMS communication. Whether your operation spans a local network or reaches across global horizons, this protocol can effortlessly handle the burgeoning traffic, ensuring that your messaging endeavors remain seamless and uninterrupted. Seamless Integration, Enhanced Connectivity: In the intricate web of modern communication systems, integration is key. SMPP v3.4 shines in its ability to effortlessly integrate with diverse applications and systems. This compatibility fosters a harmonious exchange of information, enabling your telecommunication systems and applications to communicate flawlessly. The result? A dynamic and unified communication ecosystem that streamlines your operations. Globally Recognized Compatibility: In a world characterized by diverse communication infrastructure, having a protocol that transcends geographical boundaries is invaluable. SMPP v3.4's global recognition and adoption make it a language that resonates across telecommunication systems and applications worldwide. This universal compatibility ensures that your communication efforts maintain their efficacy, regardless of the locations you reach. Cost-Effective Excellence: Amid the multitude of communication methods, SMPP v3.4 stands out as a cost-effective solution for traffic exchange. Particularly when dealing with substantial message volumes, SMPP's efficiency shines through, offering a budget-friendly alternative compared to other methods. This economic advantage translates to optimized resource allocation and enhanced ROI. Elevating Customer Engagement: In the contemporary landscape, customer experience reigns supreme. SMPP v3.4 plays a pivotal role in bolstering this experience by providing a channel for reliable and rapid communication. By harnessing the power of SMPP, businesses can nurture positive interactions, fortify brand loyalty, and ultimately deliver exceptional value to their customers. In essence, SMPP v3.4 emerges as a beacon of efficiency, revolutionizing how SMS messages are exchanged within telecommunication systems and applications. Its adaptability, scalability, and budget-friendly nature position it as a staple for businesses and organizations that seek to optimize their communication endeavors. As the world of communication continues to evolve, SMPP v3.4 stands steadfast as a beacon of reliability, efficiency, and transformative connectivity.  

EasySendSMS SMPP Connection

EasySendSMS SMPP Connection For customers requiring precise control over SMS messaging with minimal latency, EasySendSMS offers an Enhanced SMPP service tailored to meet these needs. Secure Communication:EasySendSMS ensures secure communication with our SMPP servers by utilizing TLS encryption. However, since many SMPP client SDKs do not inherently support TLS, you may need to implement a tunneling solution to establish a secure connection between your client and our servers. SMPP Account Information An SMPP account at EasySendSMS includes a regional host accessed via a secure port (2778), along with a system_id and password required to connect to our services. Concurrent Connections: By default, you are permitted a maximum of two concurrent connections per host/system_id combination. If your application requires additional connections, please contact our customer support for assistance. IP Access Control Access to EasySendSMS SMPP servers is restricted to pre-authorized IP addresses. To enable access, your client IP range must be provided and added to our firewall. Supported SMPP PDUs EasySendSMS supports the following SMPP PDUs: From Client: bind_transmitter bind_receiver bind_transceiver enquire_link unbind submit_sm data_sm deliver_sm_resp generic_nack query_sm cancel_sm replace_sm From Server: bind_transmitter_resp bind_receiver_resp bind_transceiver_resp enquire_link_resp unbind_resp submit_sm_resp data_sm_resp deliver_sm query_sm_resp cancel_sm_resp replace_sm_resp Throughput and Throttling Throughput defines the maximum number of mobile-terminated (MT) messages that can be sent per second through the SMPP account on the EasySendSMS server. Default Throughput: 30 messages per second per bind. Increased Throughput: EasySendSMS supports throughput up to 500 SMS/second. For higher throughput requirements, please contact our support team for more information. Recommended Window Size: 10 (maximum open requests). Please note that the operator receiving the MT messages may impose their own capacity limits, potentially restricting throughput to certain destinations. To optimize distribution across networks, it is advisable to sort destination numbers by the last digits instead of the first. Enquire Link Configuration We recommend setting enquire_link requests to a 30-second interval to maintain a stable connection. Time Zone Information EasySendSMS's SMSC operates on UTC -4:00 (Atlantic Canada time). MSISDN Formatting An MSISDN (Mobile Station International Subscriber Directory Number) in GSM is structured as follows: MSISDN = CC + NDC + SN CC: Country Code NDC: National Destination Code SN: Subscriber Number For further details on MSISDN formatting, please refer to the ITU-T specification E.164. SMPP Account Configuration SMPP Binding Details: Host: smpp.easysendsms.com Port: 2777 Secured Port: 2778 Username: Your account username Password: Your account password Mode: TX / RX / TRX Connections: Maximum of 2 concurrent connections Throughput: 30 SMS/second (up to 500 SMS/second available upon request) Destination TON/NPI Settings: If the sender address is alphanumeric or non-numeric, set TON to 5 and NPI to 0. For short code senders, set TON to 3 and NPI to 0. For addresses starting with a "+", set both TON and NPI to 1. In other cases, set TON to 0 and NPI to 1. Delivery Receipt Codes EasySendSMS uses the following codes for delivery receipts: 0: Message sent 1: Failed message delivery 2: Message delivered 5: Failed message delivery SMPP Error Codes Below is a list of common SMPP error codes you may encounter, along with descriptions and possible solutions: 0x00000000 (0): No Error 0x00000001 (1): Message length is invalid (Max 140 octets; 160 chars in uncompressed default character encoding). 0x00000002 (2): Command length is invalid 0x00000003 (3): Invalid Command ID 0x00000004 (4): Incorrect BIND Status for the given command (Ensure you are properly bound before sending requests). 0x00000005 (5): ESME Already in Bound State (Avoid sending bind requests when already bound). 0x00000006 (6): Invalid Priority Flag 0x00000007 (7): Invalid Registered Delivery Flag 0x00000008 (8): System Error 0x0000000A (10): Invalid Source Address 0x0000000B (11): Invalid Destination Address (Ensure the length is between 3 and 17 digits, and the format is valid). 0x0000000C (12): Message ID is invalid 0x0000000D (13): Bind Failed 0x0000000E (14): Invalid Password 0x0000000F (15): Invalid System ID 0x00000015 (21): Invalid Service Type (Set to NULL) 0x00000058 (88): Throttling error (Exceeded allowed message limits) 0x000000FF (255): Unknown Error If you encounter any specific errors or require further assistance, please don't hesitate to contact our support team.