Loading...
News Article

IQE half year revenue up 12 percent

News

Continued growth in photonics includes early phase of a significant ramp in VCSEL wafers

IQE, a supplier of advanced wafer products and services, has announced its unaudited half year results for the six months to 30 June 2017. At £70.4 million, overall revenues were up 12 percent against H1 2016. Wafer sales of £69.4m were up 17 percent against H1 2016, delivering a 32 percent increase in the related operating and adjusted operating profit.

Sales were up in all three primary markets. Wireless sales were up 9 percent to £47.3m, photonics sales up 48 percent to £15.9m and infraRed sales up 19 percent to £5.6m. License income from joint ventures was £1.0m (H1 2016: £3.5m), reflecting that IQE benefitted from significant upfront license fees in H1 2016. Continued strong growth in photonics includes the early phase of a significant ramp in VCSEL wafers for a mass market consumer application, and contributed to record monthly photonics sales in June 2017.

Drew Nelson, IQE CEO, said: "The compound semiconductor industry is moving through an inflection point. Many of the key innovations that are taking place in the technology world would not be possible without the advanced properties of compound semiconductor materials. Indeed, compound semiconductors are the fundamental enabler of innovations such as 3D sensing, biometric sensors, electric and autonomous vehicles, high speed wireless and optical communications, and advanced manufacturing.

"IQE has developed an unparalleled breath of materials IP, which position it to prosper from the inflection that is taking place in our industry. Our broad portfolio of IP is a powerful competitive advantage which is enabling us to differentiate ourselves in the marketplace. The strength of our IP has enabled us to broaden our direct engagement with OEMs from single points of engagement a few years ago, to multiple programmes enabling a number of next generation mass market technologies.

"IQE's outlook has never looked better. The broad range of customer engagements across multiple technologies and multiple end markets, provide a clear path to increase revenue diversity and accelerate growth over the coming months and years ahead. The breadth and depth of customer engagement underpins the Board's confidence in approving the capacity expansion plan, which provides a flexible and cost effective route to significantly scaling up in our business over the next few years."

Investment in capex and product development of £15.4m (H1 2016: £7.6m) to support further growth, including the expected mass market adoption of VCSELs. This investment was funded primarily through organic cash generation, and supplemented by debt funding.

A further capacity expansion plan initiated to meet higher levels of demand which are expected in H2 2018. 5 new tools on order and lease signed on new premises in South Wales which provides a flexible and cost effective route to add up to 100 new tools, which would double IQE's current tool count.

Gross margins on wafer sales increased from 24 percent to 25 percent, and gross margin on license income remained at 100 percent. Overall gross margin of 26 percent was lower than prior year (H1 2016: 28 percent), reflecting the mix effect of lower license income in 2017.

Adjusted profit after tax reduced £0.4m to £9.8m (H1 2016: £10.2m), which combined with an increase in the fully diluted share count (due to the increase in share price) resulted in an 8 percent decrease in adjusted fully diluted EPS from 1.46p to 1.35p. After exceptional charges of £2.5m (H1 2016: £1.7m), the reported profit after tax decreased from £9.8m to £7.3m.

The Group's net debt increased by £2.4m since the prior year end to £41.9m (December 2016: £39.5m). Deferred consideration, which related to previous acquisitions, is nil, having being settled in full during H2 of 2016.

As part of the Group's strategy, IQE announced in July 2017 that, as part of its expansion plans, it has agreed a lease of a new premises in South Wales. The lease is with the Cardiff City Region, which has a goal of supporting the development of the Compound Semiconductor Cluster in South Wales. This lease provides the infrastructure needed for IQE's expansion in a highly cost effective manner. The lease is for 11 years, and provides IQE with an option to extend the lease or purchase the freehold. In parallel, the Group has placed orders for new MOCVD equipment.

Lightwave Logic receives ECOC Innovation Award for Hybrid PIC/Optical Integration Platform
Coherent wins ECOC award for datacentre innovation
HyperLight announces $37 million funding round
Jabil expands silicon photonics capabilities
Ephos raises $8.5 million for glass-based photonic chips
Designing for manufacture: PAM-4 transmitters using segmented-electrode Mach-Zehnder modulators
OpenLight and Epiphany partner on PIC ecosystem
NewPhotonics and SoftBank team up on advanced photonics
POET and Mitsubishi collaborate on 3.2T optical engines
Integrated photonic platforms: The case for SiC
Integrating high-speed germanium modulators with silicon photonics and fast electronics
Lightium Secures $7 Million Seed Funding
Revolutionising optoelectronics with high-precision bonding
Fraunhofer IMS invites participation in PIC engineering runs
Advances in active alignment engines for efficient photonics device test and assembly
Aeva announces participation at IAA Transportation 2024
Sumitomo Electric announces participation in ECOC 2024
Quside receives NIST certification for quantum entropy source
DustPhotonics launches industry-first merchant 1.6T silicon photonics engine
Arelion and Ciena announce live 1.6T wave data transmission
DGIST leads joint original semiconductor research with the EU
POET Technologies reorganises engineering team
A silicon chip for 6G communications
South Dakota Mines wins $5 million from NSF for Quantum Materials Institute
HieFo indium phosphide fab resumes production
Coherent launches new lasers for silicon photonics transceivers
AlixLabs wins funding from PhotonHub Europe
Sandia National Labs and Arizona State University join forces
Perovskite waveguides for nonlinear photonics
A graphene-based infrared emitter
Atom interferometry performed with silicon photonics
A step towards combining the conventional and quantum internet

×
Search the news archive

To close this popup you can press escape or click the close icon.
Logo
x
Logo
×
Register - Step 1

You may choose to subscribe to the PIC Magazine, the PIC Newsletter, or both. You may also request additional information if required, before submitting your application.


Please subscribe me to:

 

You chose the industry type of "Other"

Please enter the industry that you work in:
Please enter the industry that you work in: