NewswireToday - /newswire/ -
Mumbai, India, 2018/09/07 - Cohesive Technologies, a leading system integrator and distributor of VoIP products in India, announced that they will exhibit with Grandstream at Infocomm India 2018 - InfoComm-India.com / CohTechnologies.com / Grandstream.com.
Attendees can visit Cohesive Technologies and Grandstream at the Bombay Exhibition Centre in Mumbai at stall D75. Every year, delegates from across the globe attend the InfoComm India 2018 Summit (infocomm-india.com) where luminaries and experts share rising trends, technology updates and the industry’s best practices.
When: The solution demos will take place from 10:00 AM till 19:00 PM from Tuesday, 18 September Thursday, 20 September 2018.
How: To schedule a conversation with Cohesive Technologies, send an email to info[.]cohtechnologies.com.
About Grandstream Networks
Grandstream Networks, Inc. (grandstream.com) has been connecting the world since 2002 with SIP Unified Communications products and solutions that allow businesses to be more productive than ever before. Our award-winning solutions serve the small and medium business and enterprises markets and have been recognized throughout the world for their quality, reliability and innovation. Grandstream solutions lower communication costs, increase security protection and enhance productivity. Their open standard SIP-based products offer broad interoperability throughout the industry, along with unrivaled features and flexibility.
About Cohesive Technologies
Cohesive Technologies (cohtechnologies.com) is a global solutions provider of VoIP and IP platforms as well a leading integrator and solution provider. They offer innovative IP solutions that add value to customer deployments through a combination of high end technologies to create a truly integrated solution. Working with technology partners including Grandstream, EPYGI, 2N, Aculab, Digium, Yeaster and Eurotech, Cohesive delivers state-of-the-art-technology solutions to premise and cloud based requirements to business customers that span across multiple segments.